text:
The Canadian Institutes of Health Research – Institute of Health Services and Policy Research's (IHSPR) Strategic Plan 2021–2026 (CIHR IHSPR 2021) aims to accelerate healthcare system transformation to achieve the Quadruple Aim and health equity through research. This special issue features a collection of commentaries from academic and health system leaders who were invited to respond to IHSPR's strategic plan and share insights regarding the opportunities the plan presents and areas where more attention may be needed. The present paper features a response from the IHSPR team and outlines the next steps regarding implementation. IHSPR is deeply grateful to the commentary authors for their insight, advice and recommendations, which will help to inform the implementation of the plan.
The Canadian Institutes of Health Research (CIHR) – Institute of Health Services and Policy Research's (IHSPR's) Strategic Plan 2021–2026 (CIHR IHSPR 2021) is ambitious. The plan aims to accelerate healthcare system transformation to achieve the Quadruple Aim and health equity through research. It identifies four strategic priorities central to achieving this aim, which were prioritized through a cross-country engagement that involved researchers, policy and decision makers, healthcare providers, patients, caregivers, communities and partner organizations. Consistent across these diverse voices and regions was support for the power and promise of health services and policy research (HSPR) as a critical lever for health system transformation. These engagements informed IHSPR's prioritization of accelerating the discovery of transformative innovations, modernizing the healthcare system with digital health solutions and data science, integrating evidence into policy and practice and investing in people to drive solution-oriented research and evidence-informed healthcare system transformation. These are exciting but, admittedly, broad priorities, and the true impact of IHSPR's strategic plan will lie in its implementation – in the programs developed, investments made, partnerships built, relationships fostered, people and teams supported, knowledge and innovation sparked and, critically importantly as noted by Pinto (2022), the inequities addressed. Consistent with Nundy et al. (2022), who wrote that "quality improvement without equity is a hollow victory" (p. 521), we believe that health system transformation without equity is a hollow transformation.
Commentary Advice and Inspiration to Support Learning Health Systems
The wise advice provided by our commentary respondents will help to increase the success with which we translate the four strategic priorities into concrete actions with equitable impacts. Our plan focuses heavily on bridging the evidence to policy and practice gap and positioning research as a critical input to better health system performance and outcomes. Implementation science, embedded research, rapid response, interdisciplinary teams and integrating knowledge users throughout the research process are some examples of the research strategies emphasized in the plan. We see exciting exemplars of these strategies in action in Tomblin Murphy and colleagues' (2022) inspiring commentary about learning health systems (LHSs), embedded scholarship and the impressive Network of Scholars in Nova Scotia. To build the human capital needed to truly advance LHSs and to scale and spread innovations such as those in Nova Scotia to other regions, the Training Modernization Task Force (co-led by Steini Brown, Stephen Bornstein, Shanthi Johnson and Carl-Ardy Dubois) recommends focusing on embedded research career pathways and supporting organizations to optimize the value of their engagement with research (McMahon et al. 2022a). The authors caution that these and other training modernization initiatives must include simultaneous efforts to modernize the incentive and reward systems that shape the behaviour of people and organizations within the research ecosystem. They suggest that for embedded research and LHSs to flourish, the concept of research impact must evolve beyond publications to value policy impact and partnerships within the health system. Fortunately, efforts are under way at CIHR and globally to reimagine the concept of research excellence and impact (CIHR 2020, 2021) (_URL_ and the Canadian Health Services and Policy Research Alliance (CHSPRA) has produced a forward-thinking framework on measuring the impact of HSPR on health system decision making (CHSPRA Impact Assessment Working Group 2018). These are promising steps that IHSPR will continue to support.
Commentary Guidance to Support the Fundamental Science of HSPR
We appreciate the perspective shared by McGrail et al. (2022) and Roy et al. (2022) that in its commitment to supporting evidence-informed health system transformation and the advancement of LHSs, IHSPR should not lose sight of the importance of also investing in the fundamental science of HSPR and the macro-level system-level challenges that do not often make their way to the short-term priorities' list of the day. McGrail and colleagues' (2022) four provocations emphasize that the real value of HSPR is only as strong as the theories, methods and frameworks that underpin the field. They suggest the need for a more balanced portfolio of programs and investments that also include consideration of university-based researchers with a "longer-term pursuit of generalizable knowledge" that may not have clear "application during its fundamental stages" (McGrail et al. 2022: 29, 31). This is echoed by Roy et al. (2022) in their suggestion that the enlightenment function of HSPR needs to be "revived and valued" (p. 74) and in their concern about a decline over time in interdisciplinary and comparative research. These are critically important insights and perspectives that IHSPR is actively considering within the rollout of its strategic plan – with initial actions including a new policy research funding opportunity that emphasizes comparative research to address macro-level health system challenges and a new implementation science team funding opportunity that emphasizes interdisciplinary and intersectoral collaborations to advance transformative integrated care. One of the challenges associated with prioritizing and allocating the institute's modest $8.6 million annual strategic budget is understanding and harnessing the complementarity of CIHR's approximately $630 million annual budget for the Project Grant Program, of which about 10% of the funded projects, on average, support investigator-driven research within the third pillar (health systems services) of health research (CIHR 2022).
Commentary Insight about Supporting a Stronger Health Data Ecosystem
Digital health and data science will be key enablers of healthcare system transformation and advancing LHSs, yet Canada's health data landscape continues to be plagued by fragmentation, lack of interoperability, uncoordinated data governance, gaps in data, access barriers and, as noted by Goel and McGrail (2022), a "risk-averse culture" (p. 62). These challenges are not new and continue to jeopardize Canada's research enterprise. Goel and McGrail (2022) outline a role for IHSPR in the health data ecosystem as a steward of a stronger health data foundation and encourage the institute to "champion a culture of collaboration and to drive change" (p. 67) through its funding, convening, partnering and other levers for change. They note that success will require partnerships across the health sector and beyond. Partnerships and collaboration for collective impact are core values in IHSPR's strategic plan and are reflected in the community-engaged approach IHSPR took to identifying priorities. We believe these partnerships and relationships will help position and prepare the institute and the HSPR community to act together on Goel and McGrail's (2022) important recommendations.
Commentary Guidance about the Centrality of Equity
Pinto (2022) describes the inequities that have long underpinned the Canadian healthcare system and that were magnified and exacerbated throughout the COVID-19 pandemic. He identifies a "crucial role [for HSPR] in shaping the design, implementation and performance of health systems and addressing such gaps and challenges [with inequities]" (p. 54) and points to the social determinants of health as a key starting point. He notes that although IHSPR's strategic plan commits to funding research that will improve health equity and address the social determinants of health (Strategic Priority 1, Objective 2 [CIHR IHSPR 2021: 11]) and identifies equity, diversity and inclusion (EDI) as a core value cross-cutting the entirety of the plan, commitments and values must be followed through with concrete actions. He offers four recommendations for initial attention, calling for a stop to performative EDI (Pinto 2022). IHSPR is actively listening to the advice shared by Pinto and others with health equity expertise. The institute recognizes the importance of its privileged position to engage in and support change to improve EDI in the research ecosystem and is taking strides – some of which we briefly outlined in the introductory essay (McMahon et al. 2022b) – to ensure that HSPR and system transformation efforts are done with the explicit goal of improving health equity and supporting a more diverse and inclusive HSPR workforce.
A Note of Thanks
The future envisioned by IHSPR, to be achieved through the implementation of its strategic plan, involves a thriving, multidisciplinary, highly skilled HSPR community leading ground-breaking and solution-oriented research that advances the scientific field of HSPR, contributes to the evolution of LHSs and accelerates equitable health system transformation. We are deeply grateful to the commentary authors for their insights, advice and recommendations to help inform the implementation of the Strategic Plan 2021–2026 (CIHR IHSPR 2021). IHSPR also extends sincere appreciation to its Institute Advisory Board and the 2,300 voices that contributed to the plan's development and looks forward to continued engagement, collaboration and collective action to support a world-class HSPR ecosystem and better health and healthcare for Canadians


text:
In this section
Westport Waterfront The Riverbank project
The Riverbank Project is a $2M project, funded by the Provincial Growth Fund. It is revitalising the current industrial area between the Buller River and the town centre.
It forms part of the Westport master plan and features the Toki bridge. The bridge allows people to safely transition from the main street, over the railway lines to a new riverbank space.
This is the first significant step in Westport turning to face the river, the town's greatest natural asset.
The Toki Poutangata Bridge
The jewel in The Riverbank Project is the Toki Poutangata Bridge. As well as connecting the town centre to the river, it will also provide linkage to the Kawatiri Coastal Trail enabling our community and visitors to enjoy active transport and recreation opportunities in Westport.
A name with a deep meaning
The name chosen for the bridge Toki Poutangata (or Toki for short), describes a ceremonial adze of chiefly authority, and consists of a pounamu blade lashed to an elaborately carved handle. This styling has been carried through into the truss design of the bridge structure, with its distinctive tapered shape and green colour, drawing focus to the Buller River. The concept has support from local iwi Ngāti Waewae. It represents strength, mana, bravery and triumph, all traits and characteristics synonymous with the Buller District.
A local story of craftsmanship and ingenuity
The bridge truss has been fabricated by local manufacturing specialists Rea Engineering, who are only metres down the track from the bridge site.
This has made for a very simple, yet unique transport plan. The entire truss was placed on custom-made rail trolleys and travelled along the tracks from the workshop to the bridge location.
The pounamu-green Toki bridge set new national benchmarks for surface protection. It is the first bridge in New Zealand coated with the next-generation fluoropolymer (polyurethane) paint system, which extends the lifespan of the top-coat colour beyond traditional applications. This minimises the need for periodic touch-ups and re-coats, reducing ongoing maintenance costs. As a result, the Toki bridge will have excellent long-term resistance to paint degradation, looking better for longer.
The Toki bridge was lifted into place, at the November 2021. This was the first full reveal of Westport's new iconic landmark, safely linking the town centre to the Buller River for the first time in over 40 years.
The installation was followed by bridge certification and completion of the western embankment before the new over-rail link was opened for public use.
The official grand opening of the bridge was held in March 2022.
The bridge design in numbers
The Toki bridge, designed by DC Structures Studio, is a tapering truss measuring 5.8m high at the river-facing end, with an overall width of 3.1m, total length of 38m and a span between bearing supports of 29m.
The full lift weight including decking will be 24 tonnes. The ramp on the town side rises in two flights to a height of 5.4m above ground level, with a linear walk length of 77m at 1:12 grade with rest zones every 9m.
The usable walkway width is 2.5m on the bridge and 2.3m on the ramp, with both using 28mm thick Fibre Reinforced Polymer non-slip decking materials and stainless steel countersunk fixings.
With an additional $300k funding secured from central government's Tourism Infrastructure Fund, The Riverbank Project will soon link Westport's town precinct to the Kawatiri Coastal Trail, the floating basin and Kawatiri River Trails.
A new south trail will create a high-quality alternative to the existing Millennium Track from the Kawatiri Coastal Trail carpark into Westport's town precinct via the new Toki Bridge. This will deliver a safe, enjoyable, and easy to follow route for pedestrians and cyclists along The Esplanade and the Buller River, to complete the link to Carters Beach, Tauranga Bay and beyond.
Also included in the project is work on a north connector route from the Toki Bridge pedestrian plaza up to the Floating Basin, Kawatiri River Trails and ultimately North Beach. This route will follow established footpaths and streets through town with new line marking and signage for improved wayfinding and user safety.
Both trails are integral to Westport's master plan and our district revitalisation strategy, to position Buller as an attractive place to live, explore and invest.

source: m-a-p/FineFineWeb


text:
Article: article from journal or magazin.
The database search problem: a question of rational decision making
Forensic Science International
_PHONE_ ; 0379-0738
This paper applies probability and decision theory in the graphical interface of an influence diagram to study the formal requirements of rationality which justify the individualization of a person found through a database search. The decision-theoretic part of the analysis studies the parameters that a rational decision maker would use to individualize the selected person. The modeling part (in the form of an influence diagram) clarifies the relationships between this decision and the ingredients that make up the database search problem, i.e., the results of the database search and the different pairs of propositions describing whether an individual is at the source of the crime stain. These analyses evaluate the desirability associated with the decision of 'individualizing' (and 'not individualizing'). They point out that this decision is a function of (i) the probability that the individual in question is, in fact, at the source of the crime stain (i.e., the state of nature), and (ii) the decision maker's preferences among the possible consequences of the decision (i.e., the decision maker's loss function). We discuss the relevance and argumentative implications of these insights with respect to recent comments in specialized literature, which suggest points of view that are opposed to the results of our study.
Database search Evidential value Bayesian decision theory Influence diagrams
Last modification date

source: openbmb/Ultra-FineWeb


Safe Haskell
Safe Haskell, David Terei, Dvid Mazieres, Simon Marlow, and Simon Peyton Jones, Haskell Symposium 2012.
Though Haskell is predominantly type-safe, implementations contain a few loopholes through which code can bypass typing and module encapsulation. This paper presents Safe Haskell, a language extension that closes these loopholes. Safe Haskell makes it possible to confine and safely execute untrusted, possibly malicious code. By strictly enforcing types, Safe Haskell allows a variety of different policies from API sandboxing to information-flow control to be implemented easily as monads. Safe Haskell is aimed to be as unobtrusive as possible. It enforces properties that programmers tend to meet already by convention. We describe the design of Safe Haskell and an implementation (currently shipping with GHC) that infers safety for code that lies in a safe subset of the language. We use Safe Haskell to implement an online Haskell interpreter that can securely execute arbitrary untrusted code with no overhead. The use of Safe Haskell greatly simplifies this task and allows the use of a large body of existing code and tools.
Simon Peyton Jones,


Scientists Develop Micro Microscope: Fits on a Chip, Costs $10
There's been a bit of a rush of pocket/USB digital microscopes recently, but none can hold a candle to this development from the clever chaps at Caltech. They've done a neat bit of thinking and redesigned how microscopes work: their new optofluidic microscope combines microfluidics and standard chip design, and floats samples over a pinhole-camera-like detector.
As the sample moves through a metallic microfluidic channel, either by gravity or drawn by an electric field, it passes over a line of sub-micron diameter pinholes, blocking or transmitting light (sunlight works fine). The dynamic light level is then detected by a standard CCD device behind the holes. So it's lens-free, working more like a micro-sized scanner device, and yet it has comparable image quality to a top-rate glass-lensed traditional microscope.
And it's about the size of a quarter in its entirety: making it small enough to fit into a mobile-phone-sized device, with an LCD screen. It's cheap—around $10—and easy to make, and would be perfect for developing countries for easy detection of malaria in blood and such. [Physorg]


text:
In prehistoric times around 88 million years ago, Madagascar, the island country in the Indian Ocean off the east coast of Africa, split off from the Indian subcontinent.
How did Madagascar separate from Africa?
Scientific evidence suggests that Madagascar originated from a severe earthquake that separated it from Africa about 200 million years ago. This separation from continental mainland caused the island to drift 250 miles northeast and settled for about 35-45 million years.
When did Madagascar separate from Africa?
The Madagascar plate experienced two major rifting events during the break-up of Gondwana. First, it separated from Africa about 160 Mya (million years ago), then from the Seychelles and India 66–90 Mya.
Was Madagascar joined to Africa?
Madagascar, originally part of the ancient continent Gondwana, was formed in two steps. The island, together with India, pulled away from Africa 150 million years ago, stretching and thinning the crust on the island's west coast before it finally snapped off.
When did Madagascar separate?
The prehistoric breakup of the supercontinent Gondwana separated the Madagascar-Antarctica-India landmass from the Africa-South America landmass around 135 million years ago. Madagascar later split from India about 88 million years ago, allowing plants and animals on the island to evolve in relative isolation.
Why is Madagascar so special?
Madagascar is unusual not only for its endemic species, but also for the species that are conspicuously absent. … Their descendants underwent dwarfing and evolved into species unique to the island. This distinctive biodiversity is a result of Madagascar's geographic isolation.
Is Madagascar a poor country?
Despite a wealth of abundant and diverse natural resources, Madagascar is one of the world's poorest countries. … The standard of living of the Malagasy population has been declining dramatically over the past 25 years.
Where did all of Madagascar's species come from?
However, most of the species on Madagascar today seem to be descended from individuals that dispersed there from Africa long after Madagascar was established as a separate island.
Did Madagascar break off Africa?
In prehistoric times around 88 million years ago, Madagascar, the island country in the Indian Ocean off the east coast of Africa, split off from the Indian subcontinent. Now, a new study shows the island is breaking up again, this time into smaller islands.
Is Madagascar The oldest island in the world?
Madagascar, the world's oldest island, broke off from Africa and India and has been on its own for more than 70 million years. In splendid isolation, it has evolved its very own wildlife – more than 80 per cent of it is found nowhere else.
What country owns Madagascar?
France annexed Madagascar in 1896 and declared the island a colony the following year, dissolving the Merina monarchy and sending the royal family into exile on Réunion Island and to Algeria.
Is Africa connected to Arabia?
The Arabian plate separated from Africa approximately 25 million years ago, resulting in the closure of the subducting Tethys sea in the northeast (Johnson and Stern, 2010).
Is Madagascar bigger than UK?
United Kingdom is approximately 243,610 sq km, while Madagascar is approximately 587,041 sq km, making Madagascar 141% larger than United Kingdom. Meanwhile, the population of United Kingdom is ~65.8 million people (38.8 million fewer people live in Madagascar).
Do any humans live on Madagascar?
Oh, Beloved Land of our Ancestors! Madagascar is a large island nation in the Indian Ocean. It is off of the east coast of Africa. Twenty-two million people live there; its capital is Antananarivo.
Was Madagascar a part of India?
In 2013, scientists discovered that Madagascar and India were part of a single continent about 85 million years ago. The sliver of land joining them is called Mauritia. Madagascar was connected to the south-western part of India. It shares vegetation and both have dense evergreen forests.
What happened to Madagascar?
Sadly, much of Madagascar has been destroyed, by the gradual action of small farmers and herdsmen. … As the forest is destroyed, so is the habitat for Madagascar's unique plant and animal species. The loss of habitat due to deforestation is the biggest single threat to Madagascar's wildlife.


text:
The Routledge Companion to Philosophy of Religion is an indispensable guide and reference source to the major themes, movements, debates and topics in philosophy of religion. A team of renowned international contributors provide sixty-five accessible entries organized into nine clear parts:
Covering key world religions including Hinduism, Buddhism, and Islam, and key figures such as Augustine, Aquinas and Kierkegaard, the book explores the central topics in theism such as the ontological, cosmological and teleological arguments for God's existence. Three final parts consider Catholicism, Protestantism, Eastern orthodoxy and current debates including phenomenology, reformed epistemology, religious experience, and religion and science. This is essential reading for anyone interested in philosophy, religion and related disciplines.
Professor of Philosophy of Religion and Ethics


5 Ways to Bring Home a Moroccan Flair
Inspiration Corner
A distinct style inspired by Moorish architecture, Moroccan décor has recently developed as a new and exciting trend in home decoration. Reflecting the country's cultural and historic heritage, Moroccan décor incorporates the elegance of Islamic features, blending together vibrant colours, geometric designs and floral motifs.
(Image Source: internationaltravellermag.com)
Rich and varied, here are 5 typical elements of Moroccan decor that can help you bring an exotic ambience into your home!
Tiling, a prominent form of Islamic art, is one of the main characteristics of Moroccan architecture. Terracotta tile work covered with enamel, called zellige, is used to decorate walls, ceilings, floors, tables and more, usually with geometrically patterned mosaics. Seen as a statement of luxury and sophistication, such tile work is found in homes around the world!
(Image Source: destinia.com)
(Riad Dar Chrifa, Fez. Image Source: _USER_)
(Image Source: Architectural Digest via _USER_)
If elaborate tile work is not practical to incorporate within your home, candle sconces and wall art made with mosaic tiles, could be perfect for adding an element of Moroccan style décor!
(Mosaic Candle Sconces inspired by Moroccan tilework; available on Artisera)
Rugs & Cushions
Made by the indigenous people of Morocco since the Palaeolithic era, traditional Moroccan carpets and textiles have seen a surge in popularity, with their bright colours and tribal designs, fitting in wonderfully with modernist décor!
(Image Source: loomandkiln.com)
(Image Source: theselby.com)
(Image Source: _USER_)
(Image Source: loomandkiln.com)
Moroccan décor is known for its vivid and colourful designs. The diverse colours are known for their varied connotations. Reds and similar colours like salmon, rosy pink, fuchsia represent femininity, sexuality, fertility and childbirth and are used on walls, carpets and pottery. Turquoise, greens and blues are common colours used extensively in tiling, floors, doors and window panes.
(Image Source: _USER_)
(Image Source: maisonvalentina.net)
(Image Source: _USER_)
(Image Source: riad-yasmine.com)
Lanterns are elaborate décor elements integral to Moroccan décor. Traditional Moroccan lanterns and candle lamps often have classic, tapered shapes, with intricately carved metal chiselled carefully by master craftsmen. Whether hung from the ceiling or placed on the floor, they bring a gorgeous luminosity to the surroundings.
(Image Source: anthropologie.com)
(Image Source: blacktomato.com)
Traditional Moroccan houses, called Riads, are characterized by interior gardens or courtyards. With water playing an important role in Moroccan culture, marble or cement water fountains, representing paradise, are a conspicuous feature in every courtyard.
(Image Source: _USER_)
While fountains may seem unconventional, there is nothing more so quintessentially Moroccan, helping bring an exotic ambience into your living room, porch, terrace or balcony!
(Image Source: _USER_)
Influenced by Andalusian, French and Islamic styles, the appeal of Moroccan décor lies in it being the perfect blend of East and West, bringing the best of both worlds together, in a single, gorgeous approach to décor!
Share Post:


text:
På väg ut :När ungdomar rymmer och kastas ut hemifrån - ur socialtjänstens perspektiv
The aim of this thesis is to discover and understand how caseworkers in the social services view and present the phenomenon of young people who run away from and/or are thrown out of their homes. What images of these young people do they entertain and how do they articulate their work with this group?The data were collected through 20 qualitative group interviews with caseworkers who in 1997 were working with young people between the ages of 12 and 20 at Individual and Family Care sections in all the social districts of Stockholm Municipality. Simultaneously, a quantitative background study of 96 problem cases was also conducted. Following analysis of the initial group interviews, two of these were chosen for detailed case study. To provide a complementary perspective, the thesis also contains two case studies of accounts of running away/being thrown out from a runaway's and a parents' respective points of view.Leaving home in this way is seen to be more common among girls than among boys and the most usual cause a problematic family situation with elements of violence, assault, and substance abuse. A particularly vulnerable group is girls in immigrant families who are exposed to authoritarian upbringing and often suffer rough treatment. Dominant among these young people's own individual problems is difficulty in school. Other problem areas mentioned are substance abuse, truant behaviour, staying out late and sexual promiscuity. A small number of runaways were able to return home after counselling; but the conditions leading to running away/being thrown out were described by the welfare workers as complex, and accounts of the same situation given by parents and runaways often differed widely.The caseworkers' view of the phenomenon is informed by a relationship and family oriented perspective, where the paramount goal is "working home" the runaways/thrown outs and restoring them to the bosom of their families. When that avenue has failed, as often was the case, the alternative is to place them in family homes or institutions. Running away and being thrown out are seen as deviant attempts at accomplishing the process of separation from parents that is normal at this stage. In the case of girls of immigrant background who run away/get thrown out of their homes, the tendency is to explain the phenomenon as a 'culture collision' between incompatible value systems and traditions. When young people and even the parents come to the social services needing practical help with accommodation and economic support so that the children can leave home, the caseworkers described this as presenting a dilemma.The main technique relied upon by the caseworkers is counselling intended to lead to reconciliation between children and their parents. The thesis discusses the importance and consequences for these youth in their development towards adulthood of the lack of a young people's perspective within the social services and the emphasis on the sanctity of the family. A clear contradiction lies in the fact that while the youth units have been established expressly for the purpose of helping young people, a social services dominated by a family perspective with the aim of reintegrating runaways into their often dysfunctional families takes on a mainly controlling and disciplinary role, where the young people's individual survival strategies are not paid attention to or taken seriously.
Source Type:Doctoral Dissertation
Keywords:SOCIAL SCIENCES; Social sciences; Social work; Social Work; socialt arbete
Date of Publication:01/01/2002


text:
A Bridge for Ireland's Nobel Physicist
By Molly Ferns, Editorial Assistant
August / September 2012
A number of Irishmen have been recognized as Nobel Prize winners: Yeats, Shaw, Beckett and Heaney for Literature, Sean MacBride and John Hume for Peace. But only one Irishman has ever received the Nobel Prize for Physics. In 1951, Irish physicist Ernest Walton and partner John Cockcroft won the Nobel Prize for their invention of the first particle accelerator to split the atom. The Institute of Physics (IOP) Ireland believes that Walton's recognition is long overdue.
The IOP are now campaigning to have the Marlborough Street Bridge, which is in its early stages of construction, named "The Ernest Walton Bridge" in honor of one of the greatest scientists of the 20th century. The institute created an online petition to garner support in pressuring the Dublin City Council. When the bridge is complete, it will span the River Liffey and will function as a transport, cycle and pedestrian bridge connecting Marlborough Street and Hawkins Street.
Aside from wanting to properly recognize Walton, the IOP has other reasons for calling the bridge "The Ernest Walton Bridge." This year, Dublin was named European City of Science 2012. Additionally, 2012 marks the 80th anniversary of Walton's work on splitting the atom in 1932. Therefore, the IOP and its supporters believe 2012 is the perfect year to commemorate Walton. They also hope national recognition of Ernest Walton will "inspire school children to pursue careers in science and technology, a key objective of the [Irish] Government," said the institute.
Born Ernest Thomas Sinton Walton in County Waterford on October 6, 1903, he found himself excelling in mathematics and science from an early age. He studied at Methodist College, Belfast, and in 1922 he entered Trinity College Dublin. In 1927, he went on to receive his Masters in Science degree. That same year he received a research scholarship and attended Cambridge University to work at the Cavendish Laboratory.
He earned his PhD in 1931. In 1932, while still at the Cavendish Laboratory, Walton and Cockcroft built an apparatus that split the nuclei of atoms after bombarding them with accelerated protons. This invention paved the way for modern nuclear physics, including the groundbreaking Higgs Boson discoveries currently under way at the Large Hadron Collider at CERN.
After his work at Cavendish, Walton returned to Ireland and taught. He had a productive relationship with the government, often writing to propose new methods for economic and scientific development. Walton died in 1995 at the age of 91.

source: HuggingFaceFW/fineweb-edu


text:
Clustering of the values of a response variable and simultaneous covariate selection using a stepwise algorithm.
- Competence Center for Methodology and Statistics
In supervised learning the number of values of a response variable can be very high. Grouping these values in a few clusters can be useful to perform accurate supervised classification analyses. On the other hand selecting relevant covariates is a crucial step to build robust and efficient prediction models. We propose in this paper an algorithm that simultaneously groups the values of a response variable into a limited number of clusters and selects stepwise the best covariates that discriminate this clustering. These objectives are achieved by alternate optimization of a user-defined model selection criterion. This process extends a former version of the algorithm to a more general framework. Moreover possible further developments are discussed in detail.


text:
Intrinsic and Extrinsic Factors Affecting Job Satisfaction: A Comparative Study of Public and Private Primary School Teachers
Keywords:Job satisfaction, Intrinsic and extrinsic factors, Private school, Public school, Primary teachers
There are several intrinsic and extrinsic factors that affect the level of job satisfaction of school teachers. This study aimed to comparatively identify intrinsic and extrinsic factors of job satisfaction among public and private primary school teachers in Multan, Punjab, Pakistan. This cross-sectional study was conducted using the quantitative method, in which all public and private primary school teachers in Multan made up the total population of the study. Out of the total population size of 6330, a sample of 400 teachers was drawn through proportionate sampling techniques. A representative proportion of the sample was taken in accordance with the size of the population of each stratum, i.e., public and private, male and female. With respect to the category of school, 144 respondents were taken from private schools, and the rest (256) from public primary schools. Out of 400 respondents, 205 were female and 195 were male. Primary data was collected using a self-developed questionnaire that was built on a 5-point Likert scale with a total of 12 scales with 64 items. The overall study hypothesized that intrinsic factors such as respect, recognition, job quality, and personal growth (M = 3.04, SD = 1.0541) and extrinsic factors such as pay, promotion, management, coworkers' behavior, training, and job security (M = 3.03, SD = 1.0437) were equally influential on teachers' job satisfaction. Moreover, there was a significant difference in the level of job satisfaction between public and private school teachers (p =.001 <.05), indicating that private teachers were less satisfied with their jobs compared to public teachers.
How to Cite
Copyright (c) 2023 Tauqeer Abdullah, Muhammad Ibrahim Khan, Syed Muhammad Uzair Shah, Shakir Ullah
This work is licensed under a Creative Commons Attribution 4.0 International License.


text:
The dimensions of the building shell facade are typically measured before the facade elements are mounted so that this process can be planned and executed as exactly as possible. We use modern 3D laser devices for facade measurements. Not only do these make it possible to conduct non-contact measurements, they also save time and effort in the process while delivering exceedingly high-quality results.
Facade measurements allow for the determination of the as-is situation of the building. This information serves most importantly to facilitate an exact mounting of the planned facade panels.
The facade measurement makes it possible to prepare facade plans and enables the specification of various areas, the specification of the evenness of the facade and also the creation of an exact registry of any damages.
Facade measurements are also important in connection with energy considerations because they are used in the determination of window areas, roof areas and wall areas. In general, facade measurements also are useful as documentation of the building and for future extensions and renovations.
Facade images are used for developing photomaps. These are used especially for extension and renovation projects with historical and listed buildings. In addition, elements such as ornaments, columns, plaster moldings or half-timbered construction can be measured this way. The measurement of facades is particularly important as preparation for the mounting of natural stone facades, cross-story post-and-rail facades, ring facades and metal cladding.
The advantages of 3D laser scanners
Nowadays, 3D laser scanners are the main devices used for performing facade measurements. They take the place of classic measurement methods as well as other optical devices such as levels, tachymeters or laser distance meters. The 3D laser scanner provides very exact results and combines the benefits of the various individual devices in one measurement instrument.
3D laser scanners provide an actual and geometrically correct image of the facade that is to be measured and do so with high measurement speed. The data can be analyzed automatically and transferred to CAD systems for further processing. That means that 3D laser scanners not only provide results of the utmost precision but also save time and effort.
The time-saving is partly a consequence of the no-touch measurement process, which at the same time is the only method that can achieve such exact results. Windows, doors and columns can be drawn into the CAD plans in detail. Thanks to 3D laser scanners, surveying engineers can get the required results without long preparation times or the erection of scaffolding.


Lady Lever Art Gallery
From Wikipedia, the free encyclopedia
Jump to: navigation, search
Lady Lever Art Gallery Building
In the Tepidarium, Lawrence Alma-Tadema (_PHONE_)
John Everett Millais, Spring (Apple Blossoms)
The Lady Lever Art Gallery is a museum founded and built by the industrialist and philanthropist William Lever, 1st Viscount Leverhulme and opened in 1922. The museum is a significant surviving example of late Victorian and Edwardian taste. The Lady Lever Art Gallery is set in the garden village of Port Sunlight, close to Liverpool. It houses major collections of fine and decorative art that are an expression of Lord Leverhulme's personal taste and collecting interests. The collection is strongest in British 19th-century painting and sculpture, spilling over to include late 18th-century and early 20th works. There are also important collections of English furniture, Wedgewood, especially jasperware, and Chinese ceramics, and smaller groups of other types of objects, such as Ancient Greek vases and Roman sculpture. The majority of objects were part of the original donation, but the collection has continued to expand at a modest rate.
The Grade II listed gallery is now part of National Museums Liverpool.[1] In 2015 part of the museum was closed for building works, with little of the ceramics collections on display, but most of the other collections. A touring exhibition was visiting museums in Japan and elsewhere. The redeveloped areas are planned to re-open in Spring 2016.[2]
The museum displays mostly mix paintings, sculpture and furniture together, and there are five "Period Rooms" recreating typical period interiors from large houses.
Lever began collecting art in the late 19th century, largely to use in advertising for the popular Sunlight Soap brand (manufactured a few minutes walk from the gallery) that helped to create his fortune. As he grew richer his collections began to expand, his confidence grew as well and had developed a taste for collecting. He mostly collected British art, he was also fascinated by Chinese art i.e. Chinese porcelain,[3] Roman sculpture and Greek vases which he had chosen to collect to show styles that had influenced British artists in the eighteenth and the nineteenth centuries.
The Gallery has good representation of several trends in Victorian painting, including the Pre-Raphaelites, both during the period of the Brotherhood and in their subsequent careers. Concern with social conditions, classical revivalism and later historical painting are all represented. There are important works by Millais, Ford Madox Brown, William Holman Hunt, Dante Gabriel Rossetti, Burne-Jones, Lord Leighton, and many others. The museum has what appears to be the largest display in any museum of paintings by William Etty. Earlier works include those by Turner, Constable, Gainsborough and Reynolds.
Much of the Wedgwood collection was from the collection of Dudley Marjoribanks, 1st Baron Tweedmouth, bought in 1905. This in turn was partly formed from the collection of Charles Darwin, Josiah Wedgwood's grandson. It is probably the best collection of jasperware in the world.[4]
The collection includes:
The Building[edit]
Commissioned in 1913 from architects William and Segar Owen, the Lady Lever Art Gallery was built in the Beaux-Arts style. [5] The building was opened in 1922 by Princess Beatrice, the youngest daughter of Queen Victoria.
See also[edit]
 1. ^ National Museums Liverpool
 2. ^ "Exciting plans for the Lady Lever Art Gallery", from National Museums Liverpool
 3. ^ "Chinese collection - online catalogue", A record of the collection formed by the 1st Viscount Leverhulme (_PHONE_)"
 4. ^ Collections, "Wedgwood",
External links[edit]


What Is the Primary Use Case of the Redis Hyperloglog Data Structure?
//
Heather Bennett
What Is the Primary Use Case of the Redis Hyperloglog Data Structure?
The Redis HyperLogLog data structure is a probabilistic algorithm used to estimate the cardinality or count of unique elements in a set. It is particularly useful when dealing with large datasets where an exact count is not necessary, but an approximate value is sufficient.
Understanding Cardinality Estimation
Cardinality estimation refers to determining the number of distinct elements in a set without actually storing all the elements. Traditional methods, such as using databases or hash sets, require significant memory and processing power to store and manipulate large sets. The Redis HyperLogLog data structure offers a more efficient approach.
The HyperLogLog algorithm uses a fixed amount of memory, regardless of the number of unique elements in the set being analyzed. This makes it highly scalable and allows it to handle massive datasets efficiently.
Applications of Redis HyperLogLog
Data Analytics and Statistics
The primary use case for Redis HyperLogLog is in data analytics and statistics. It provides a fast and memory-efficient way to estimate unique counts, making it suitable for applications where precise values are not critical.
For example, consider an e-commerce website that wants to track the number of unique visitors per day. Instead of storing every visitor's information in a database or hash set, which would be resource-intensive, they can use Redis HyperLogLog to estimate the daily unique visitor count quickly.
Deduplication
Another common use case for Redis HyperLogLog is deduplication, where you need to identify and remove duplicate entries from a dataset. By estimating the approximate cardinality using HyperLogLog, you can quickly identify potential duplicates without storing every individual element explicitly.
For instance, in a social media platform, you can use HyperLogLog to identify duplicate user actions, such as counting the unique number of likes or shares on a post. This allows you to maintain data integrity and improve overall system performance.
Distributed Systems
Redis HyperLogLog is also valuable in distributed systems, where multiple nodes need to work together efficiently. By using HyperLogLog, each node can estimate the count of unique elements it has seen locally and then merge these estimates to calculate the global count accurately.
This approach reduces network communication and computational overhead, making it ideal for distributed systems that deal with large amounts of data across multiple nodes.
Conclusion
The Redis HyperLogLog data structure is a powerful tool for estimating the cardinality of unique elements in large datasets. Its efficient memory usage and fast computation make it an excellent choice for applications where an approximate count is sufficient.
Whether you are analyzing data, deduplicating records, or working with distributed systems, Redis HyperLogLog offers a reliable and scalable solution to handle these tasks effectively.
Discord Server - Web Server - Private Server - DNS Server - Object-Oriented Programming - Scripting - Data Types - Data Structures
Privacy Policy


Take the 2-minute tour ×
From this article on Sum of Euler totient function we have the following tree:
enter image description here
We know that if $p$ is prime, $\phi(p) = p - 1$, that is, $\phi(11) = 11 - 1 = 10$.
It's obvious that the above tree has a main stem and the $\phi$ branches finally reach this stem. The important number to obtain is the power of $2$ at which the $\phi$ of a number reach to the stem. This would help to determine the $\phi(n)$ for arbitrary n, specifically if it becomes possible, it would lead to prime numbers identification.
Another important note can be the reverse scan of tree. As an example, consider the number $4$ in the main stem. The numbers ${5, 13, 11}$ reach to main stem on number $4$. What if we could obtain that list for arbitrary $2^n$?
Any solution to these problems?
share|improve this question
Suppose you know the 73rd iteration of $\phi$ on $n$ is $2^{100}$. How does that help you determine $\phi(n)$? How does it help you to identify primes? Note also that $\phi(2^n+1)=2^n$ if and only if $2^n+1$ is prime, so finding the numbers that reach the stem at $2^n$ is no easier than finding the Fermat primes --- which is hard. – Gerry Myerson Dec 6 '12 at 0:48
_USER_, every mathematics mystery has been solved by a conjecture and then proving, extending and correcting that.. The visual appearance of tree seems interesting so I asked to extend the idea – Mohsen Afshin Dec 6 '12 at 6:32
Maybe so, but...what does that have to do with the topic at hand? Have you made a conjecture here? I don't see one. – Gerry Myerson Dec 6 '12 at 10:27
Look at here math.stackexchange.com/questions/249982/… – Mohsen Afshin Dec 6 '12 at 11:28
Sorry, I don't see what that has to do with my first comment on this question. – Gerry Myerson Dec 6 '12 at 11:45
1 Answer 1
Factoring and computing the Euler totient function are known to be equivalent for arbitrary numbers, not just semiprimes. See the response here: _URL_
You can see some approaches and algorithms here: _URL_ or _URL_
This might also be useful in exploring the problem more: _URL_
Here is a calculator for up to 20 digit numbers: _URL_
You could always use a Computer Algebra System (CAS) or use WA: _URL_
Lastly, you could type things like this in WA: Table[{k, EulerPhi[k]}, {k,0,100}].
Regards - A
share|improve this answer
Useful for small numbers but not for thousand digits numbers – Mohsen Afshin Dec 5 '12 at 13:35
Recall that this problem is equivalent to the Factoring problem. Does that make sense? – Amzoti Dec 5 '12 at 13:39
Nice, Amzoti! $\;+\,\uparrow\,$ – amWhy May 16 '13 at 2:04
It is, indeed, a slow night! I took a break and went to get a prescription filled/bit of shopping. I prefer to shop in "off hours" to avoid crowds! E.g., 8-9 pm-ish, my time. – amWhy May 16 '13 at 2:09
Your Answer


text: I am basically new to t-sql and have the following temp table questions: 1. I am wondering what is a better idea to use temp tables or alot of left joins to solve complex query issues? If so, can you tell me what is better and why? 2. If temp tables are a better solution, I know that temp tables take room from tempdb. If there some procedure I could follow to make certain that I restore the space to tempdb? Let me know if doing a table create and then an insert into table is better to use that a select field(s) into new table? 3. If using more left joins is a better solution, can you tell me why? 4. is using several left joins with one or two temp tables a good idea?


text:
The Mars Outpost grid supports the Mars Expedition simulation. The simulation, in partnership with NASA JPL, was the grand prize winner for the inaugural Federal Virtual Worlds Challenge. The simulation continues to evolve each year with additional levels of play and support offered by interacting with an AI console using OpenAI GPT-3 to help interpret and offer guidance to players. Gameplay starts at the Huffman Prairie Grid involving mission preparation for journeying to Mars, understanding how to use virtual systems (e.g., rockets, cyber networks, communication systems, and an AI kiosk). Participants then take a rocket to the ISS and proceed on to Mars for landing at a surface scientific station to further explore and address challenges presented to them during gameplay. In addition to learning about a variety of challenges associated with human space flight players also can learn about the differences between complicated and complex problems and how best to frame approaches for addressing each as they encounter challenges. The simulation can be played by teams or individuals over an extended time.
SIMULATION LEARNING FRAMEWORK AND ARCHITECTURE
The Red Queen AI Console supports a variety of Virtual Harmony applications and simulations, including the Mars Expedition Simulation. The console uses the OpenAI GPT-3 model. Participants in the Mars Expedition Simulation can interact with the GPT-3 model to make inquiries regarding challenges introduced during gameplay.
MORE FROM THE VIRTUAL HARMONY COLLECTION


text:
CAM Hexavalent Chromium Sampling Protocol: Why Do I Need pH/ORP Data and What Do I Do with It?
Several years ago, MassDEP added a new analytical protocol to the Compendium of Analytical Methods (CAM) for proper sampling for hexavalent chromium (Cr VI) in soil, one that included a requirement to sample for pH and oxidation/reduction potential (ORP). It appears that the reasons for these additional requirements may not be well understood by everyone in the regulated community, nor is the appropriate application of the pH/ORP data to the chromium data. This article attempts to clarify these issues.
The necessity of the new Cr VI sampling protocol really arises only in one fairly unique situation: when the matrix spike / spike duplicate for a Licensed Site Professional's (LSP's) Cr VI samples is below the acceptable recovery range. In this situation, the LSP would be required to distrust, and perhaps reject, the Cr VI analytical results. However, if the LSP's pH/ORP data indicate that the sampled soil is from reducing conditions, he may be able to justify relying on the analytical results despite failing the QA/QC requirements of the analytical method.
Chromium typically occurs in the environment either as Chromium III (more prevalent) or Chromium VI. Chromium can be found in other valence states, but they are typically inconsequential for work that LSPs do. Chromium VI (hexavalent chrome) is significantly more toxic than Chrome III, and therefore has a lower notification threshold (100 mg/Kg in S-1 soil, versus 1,000 mg/Kg for Cr III). However, the standard analysis for chromium is for total chromium (without regard to valence state), so MassDEP requires that notification decisions based solely on total chromium analyses assume that all chromium is the more toxic Cr VI variety, and use the lower reporting threshold. To avoid having to report total chromium concentrations between 100 mg/Kg and 1,000 mg/Kg, LSPs can re-analyze their samples specifically for Cr VI, in hopes of demonstrating that the fraction of total chromium that is hexavalent is low or nil.
It is also important to remember the portion of standard QA/QC procedures associated with matrix spikes and spike duplicates (MS/MSD). Labs run metals analyses in batches generally larger than the group of samples one LSP submits, and the lab will choose a sample from the batch at random to spike with a small, known quantity of Cr VI (and other metals), to check the ability of the analytical instrument to accurately detect the presence of Cr VI (and other metals). The CAM stipulates that when an LSP requests metals analyses, he request that one or more of his own samples be selected as the MS/MSD – and if the instrument's recovery of the spike in the LSP's sample is above or below the range stipulated as acceptable by the analytical method (70%-120%), the LSP must question, or even reject, the analytical results of his samples.
If you are testing for Cr VI, and none of your QA/QC parameters are questionable (especially recovery of Cr VI in your MS/MSD), then you probably have no need to read further here. If, however, your MS/MSD recoveries are outside (especially below) the acceptable range, read on about the quirks of chromium chemistry.
In oxidizing conditions, which are typical at most sites, both Cr III and Cr VI are stable; both species tend to maintain their existing valence state. In reducing conditions, however, Cr VI is unstable, and fairly quickly reduces to Cr III. Thus, a release of Cr VI into reducing site conditions will tend to convert to the less toxic Cr III, unless the release is large enough to overwhelm local environmental conditions. If the release does not change prevailing conditions, an analysis for Cr VI of soil from reducing conditions is likely to (rightly) indicate that little or no Cr VI is present, because it has been reduced.
Keep in mind, however, that a sample that maintains the reducing condition in the sample jar, and that is spiked in the lab with Cr VI, is likely to also reduce the spike (MS/MSD). This could potentially result in a very low spike recovery (below the acceptable 70-120% range), which would suggest that the analyses were unreliable. This, in turn, could lead the LSP to conclude that the non detect (ND) results for Cr VI should be rejected, even though they might actually be correct. It is therefore important to demonstrate that reducing conditions exist, so that the poor spike recovery can be explained, and the LSP can justify not rejecting the analytical data. This is where pH/ORP data come in.
ORP versus Eh, and pH
Appended to the CAM chromium protocol is an Eh/pH diagram (Eh being another expression of oxidation/reduction) that shows the range of conditions in which Cr VI and Cr III are each stable. If the LSP's pH/ORP data plot clearly and consistently within the reducing field on the diagram, where Cr VI is unstable, then the LSP can make the argument that he need not reject his Cr VI data due to poor MS/MSD recoveries, because the poor recoveries are probably due to reduction of the spike by the sample matrix.
Most LSPs are aware that the holding time on pH/ORP samples is 24 hours. As a result, the LSP cannot hold his pH/ORP samples pending the results of his total chromium analyses; they should be run concurrently. The CAM protocol also stipulates that Cr VI samples be in a separate container, so that reducing conditions that would be important to identify are not compromised, as they might be when a single container is opened for the total chromium analysis (and potentially oxidized), and opened again later to test for Cr VI.
There are some further wrinkles, however, with respect to measuring Eh/ORP. First, although the units (millivolts) of Eh (the oxidation/reduction parameter used in the stability diagram) are the same as for ORP (the parameter typically measured in the field, and often by labs), they will not have the same value for the same conditions. Eh is converted to ORP or back by subtracting or adding a certain number of millivolts. However, the number of millivolts to add or subtract is a function of the instrument used to measure ORP (if your field or lab results are reported as Eh, no conversion is required before using the diagram). Such instruments typically have either a mercury chloride ("calomel") or a silver chloride electrode. Conversion of ORP measurements to Eh requires addition of 244 millivolts when measured with a calomel electrode, and 199 millivolts when measured with a silver chloride electrode.
Although this issue is alluded to in a footnote on the Eh/pH diagram in the CAM (as an oblique reference to the difference between Eh and ORP), the method does not provide explicit guidance about the need to convert ORP data to Eh data, or how to do so. While using unadjusted ORP data may not change the conclusion concerning whether sample conditions were oxidizing or reducing (the change of value is not that large), it is nonetheless important to be aware of the issue for the sake of accuracy, or when near boundary conditions. Thus, the LSP should identify the type of electrode installed in his field instrument, or ask the laboratory what type of electrode the lab employed. As an aside, it is also worth noting that several laboratory representatives have commented that there is no scientifically-rigorous way to measure the ORP of soil – the consistent comment is that ORP values measured in a soil/de-ionized water slurry (the most typical field method) have as much to do with the water as they do the soil.
The check list below is provided to assist the non-chemist LSP with complying with the CAM method. The following bullets highlight some useful reminders, although it is not intended to be exhaustive, and there is no substitute for familiarity with the CAM protocol. In addition, compliance with this checklist does not, of itself, guarantee presumptive certainty:
- Check with your lab in advance of sampling to be sure that the lab's instruments and procedures are set up to complete a CAM-compliant Cr VI analysis.
- Ask your lab if it can provide redox measurements. If yes, ask whether the lab reports redox data as Eh, or as ORP. If the latter, ask the lab what type of electrode its instrument uses to measure ORP. If the lab cannot provide Eh/ORP analyses, you may wish to find another lab, or measure pH/ORP in the field. Remember that the holding time on pH/ORP samples is 24 hours.
- If you are testing ORP in the field, ask the instrument rental agency what type of electrode their instrument uses, or consult the instrument manual or manufacturer.
- Read the ORP meter manual in advance of field work for information about how to measure ORP. The procedure will probably require making a slurry of the soil sample using de-ionized water, which you will need to purchase ahead of time (most supermarkets now carry DI water).
- During sampling, collect Cr VI, pH, and ORP samples each in a separate jar.
- Collect pH/ORP samples at the same time as your initial, total chromium samples, and submit them for analysis (or analyze yourself) even before you know that you will need pH/ORP data. The holding time on pH/ORP samples is typically too short (24 hours) to permit your waiting for total chrome results to decide whether to run pH/ORP.
- When completing your Chain of Custody for Cr VI analyses, instruct the lab to use your sample(s)


text:
Why would a zombie just walk, when she could lurch? Or clomp? Or even trudge? Monsters Can Mosey–Understanding Shades of Meaning, story by Gillia M. Olson, illustrated by Ivica Stevanovic, is an excellent read aloud choice for upper elementary students to demonstrate how vocabulary choices can make writing more exciting and vivid.
It presents 18 different words with similar but different meanings, as zombie child, Frankie, is encouraged by her zombie mother to select a signature way of walking.
The illustrations are cartoonishly ghoulish, and will captivate a younger audience without frightening them. Characters have a gray-green pallor, unkempt hair, torn clothing, and have a few stitches holding them together, yet their wide-eyed faces give them a cute, silly appearance.
What did we do after we read the book? Picture a library full of 3rd graders, performing their best zombie walks with arms outstretched, and vacant expressions. These were the instructions, as we took 5 slow steps in each style.
- Lurch: an awkward staggering walk
- Trudge: walk like it is really hard work
- Lumber: walk clumsily and heavily
- Clomp: walk heavily and noisily
- Stomp: walk heavily, noisily and usually angrily
- Mosey: walk in an unhurried or aimless manner
- Stride: walk with large steps usually with purpose
You can guess how they walked out of the library, after their teacher lined them up. All monsters need a good walk.


Drawing on over a decade of experience as an educator, academic, and performing musician, Dr G (aka Greg Melchin) became convinced of the potential for music to promote scientific literacy in a fun and engaging way. The songs on Dr G's debut album Dr G Goes To Space! (released June 26, 2019) break down some of the most fascinating topics in physics and astronomy in language accessible to kids and adults alike, set to relentlessly catchy music you'll be singing for days!
Dr G plays the theremin, an obscure musical instrument invented by Russian physicist Lev Termen (Leon Theremin) in 1920. One of the earliest electronic musical instruments, the theremin's eerie sound is recognizable from dozens of science fiction soundtracks. It may be the only instrument that is played without the player touching it!
Hailing from Antigonish, Nova Scotia, Dr G now divides his time between Halifax and Ottawa.


text:
Explore more education and human sciences grant opportunities or find fellowships.
American Speech-Language-Hearing Foundation: Supports the advancement of knowledge in this field and seeks to improve the lives of people with speech, language, or hearing disorders. Programs include:
- Clinical Research Grant: Seeks to advance knowledge of the efficacy of treatment and assessment practices in speech-language pathology and audiology. Priority will be given to proposals investigating approaches to improve the everyday functioning of individuals with, or at-risk for, communication and related impairments. Awards are up to $75,000 for two years.
- New Century Scholars Research Grant: Supports studies that are innovative, groundbreaking, or that can meet research needs not yet addressed. Awards are up to $10,000 for up to two years.
- New Investigators Research Grant: Seeks to help further research activities of new investigators and should have particular clinical relevance to audiology and/or speech-language pathology. Awards are $5,000.
- Speech Science Research Grant: Supports research on the acoustic properties of speech production and perception. Awards are $5,000.
Autism Speaks: Supports research into the diagnosis, causes, prevention, and treatment of autism or its disabling symptoms. Awards range from $60,000 to $150,000.
Deafness Research Foundation: Seeks novel investigations of auditory and vestibular function and dysfunction. All research proposals in hearing and balance science, including those for basic, translational and applied clinical research, will be considered for funding. Awards are up to $25,000 for one year.
Helen Bader Foundation: Seeks to make Wisconsin a leader, not just in how we address the challenges posed by Alzheimer's disease, but in how we view growing older and the later stages of life. Through an emphasis on program development, applied research, and public policy, the Foundation aims to offer hope to families grappling with Alzheimer's. In the broader interest of healthy aging, the Foundation supports education and training efforts that raise the capacity of professionals who serve older adults.


text:
When it comes to cooking, there are a variety of appliances available that promise to make our lives easier. Two popular options are air fryers and ovens. While both of these appliances can be used to cook a wide range of dishes, they are not exactly the same.
An air fryer is a countertop appliance that uses hot air circulation to cook food. It works by heating the air inside the fryer and then evenly distributing it around the food. This creates a crispy outer layer, similar to what you would get from deep-frying, without the need for a large amount of oil.
On the other hand, an oven is a larger appliance that uses heating elements or gas burners to produce heat. It can be used for baking, roasting, broiling, and more. Unlike an air fryer, an oven uses radiant heat to cook food, which can result in a different texture and taste.
While both air fryers and ovens can be used to cook a variety of dishes, they have their own unique advantages and disadvantages. Air fryers are generally smaller and more portable, making them a great option for small kitchens or for cooking on the go. Ovens, on the other hand, can handle larger quantities of food and are often more versatile in terms of cooking options.
In conclusion, while air fryers and ovens may have some similarities in terms of cooking, they are not exactly the same. The choice between the two will depend on your personal preferences, cooking needs, and available kitchen space.
Is an Air Fryer Similar to an Oven?
When it comes to cooking appliances, air fryers and ovens are often compared due to their ability to cook food without the need for deep frying. While both appliances can produce delicious and crispy results, there are some key differences between the two.
One of the main differences is the cooking method. Ovens use convection heating, where hot air circulates around the food to cook it. Air fryers, on the other hand, use a rapid air technology that circulates hot air at high speeds to cook the food. This allows for quick and even cooking, similar to deep frying, but without the need for excessive oil.
Another difference is the size and capacity. Ovens are typically larger and can accommodate larger quantities of food, making them ideal for cooking for larger groups or families. Air fryers, on the other hand, are more compact and are designed for smaller portions. They are perfect for individuals or small families who want to enjoy crispy and healthy meals.
When it comes to cooking options, ovens offer more versatility. They usually come with multiple cooking modes such as bake, roast, broil, and grill, making them suitable for a variety of recipes. Air fryers, on the other hand, are primarily designed for air frying, but some models may offer additional cooking functions such as baking and grilling.
Lastly, maintenance and cleaning are also different between the two appliances. Ovens can be more difficult to clean due to their size, multiple racks, and trays. Air fryers, on the other hand, are easier to clean as they usually have non-stick coatings and removable parts that can be easily washed.
|Rapid air technology
|Versatile (bake, roast, broil, grill)
|Primarily air frying (some models may offer baking and grilling)
|More difficult to clean
|Easier to clean
In conclusion, air fryers and ovens are similar in the sense that they can both produce crispy and delicious meals without excessive oil. However, they differ in terms of cooking method, size, cooking options, and maintenance. Choosing between the two depends on individual preferences, cooking needs, and available kitchen space.
Overview of Air Fryers and Ovens
When it comes to cooking appliances, air fryers and ovens are both popular choices in many kitchens. While they serve similar purposes, there are some key differences between the two.
An air fryer is a compact kitchen appliance that uses hot air circulation to cook food. It works by rapidly circulating hot air around the food to create a crispy layer on the outside while keeping the inside moist. Air fryers are known for their ability to produce crispy, fried-like results without the need for a large amount of oil.
On the other hand, an oven is a larger appliance that uses heating elements or gas burners to cook food. Ovens are most commonly used for baking, roasting, and broiling. Unlike air fryers, ovens rely on thermal radiation to cook food, which can result in a different texture and taste compared to air-fried meals.
One key difference between air fryers and ovens is their cooking time. Air fryers typically cook food faster than ovens due to their compact size and the use of concentrated hot air. This can be beneficial for those who are short on time or want to quickly prepare a meal.
When it comes to versatility, ovens tend to offer more options. With an oven, you can bake cakes, roast vegetables, broil steaks, and much more. Air fryers, on the other hand, are more limited in terms of the types of dishes they can cook. While they excel at frying foods, they may not be the best choice for baking or roasting larger items.
Another important factor to consider is the amount of oil needed for cooking. Air fryers require significantly less oil compared to deep frying, making them a healthier option for those who are conscious of their oil intake. Ovens, on the other hand, may require more oil or other fats to achieve the desired results depending on the recipe.
In conclusion, air fryers and ovens are both useful kitchen appliances, but they have distinct differences. Air fryers are compact, use hot air circulation, and cook food faster, while ovens are larger, use thermal radiation, and offer more cooking options. The choice between the two ultimately depends on personal preferences, cooking needs, and the desired outcome of the dish.
Cooking Mechanism: Air Fryer vs Oven
Both air fryers and ovens use different mechanisms to cook food, resulting in distinct textures and flavors.
An air fryer relies on the rapid circulation of hot air to cook food, similar to a convection oven. However, unlike an oven, it uses a fan to circulate the hot air at a high speed, ensuring an even distribution of heat and a crispy exterior.
The air fryer's cooking mechanism involves three main steps:
- Heating: The air fryer heats up quickly, reaching the desired temperature faster than an oven.
- Circulation: The fan circulates the hot air around the food, resulting in even cooking and browning.
- Evaporation: As the food cooks, moisture evaporates from its surface, allowing it to become crispy.
Due to the rapid circulation of hot air, an air fryer can cook food faster than an oven, making it a convenient option for those looking to save time.
On the other hand, an oven uses two heating elements, one at the top and one at the bottom. The heat generated by these elements cooks the food through a process called conduction.
When using an oven, the cooking mechanism involves the following steps:
- Preheating: Ovens take longer to reach the desired temperature compared to air fryers.
- Conduction: The heating elements transfer heat to the food through direct contact, resulting in even cooking.
- Browning: Ovens are excellent at browning food due to the direct heat from the heating elements.
While an oven may take longer to cook food, it offers a more traditional cooking experience and is capable of handling larger quantities of food in a single batch.
In summary, air fryers and ovens have different cooking mechanisms. Air fryers use rapid hot air circulation to cook food quickly and provide a crispy exterior, while ovens use heating elements for conduction cooking and browning. Whether you choose an air fryer or an oven depends on your preferences, the type of food you want to cook, and the desired cooking time.
Texture and Taste: Air Fryer vs Oven
When it comes to cooking, texture and taste are two crucial factors that can make or break a dish. Both air fryers and ovens have their unique way of achieving these components, but they do differ in certain aspects.
One key difference between air fryers and ovens is the texture of the food they produce. Air fryers use the power of hot air circulation to cook food, resulting in a crispy and crunchy texture. The circulating hot air rapidly evaporates the moisture on the food's surface, giving it that signature "fried" texture without the need for excessive oil.
Ovens, on the other hand, rely on dry heat to cook food. The radiant heat from the oven's coils or heating elements slowly cooks the food, resulting in a moist and tender texture. This method is great for items like roasted vegetables or slow-cooked meats, where you want the moisture to be retained for optimal taste and tenderness.
Taste is another area where air fryers and ovens differ. Air fryers use minimal oil to achieve that crispy texture, which can alter the flavor profile of the food. The reduced oil can sometimes make the food taste less rich or greasy compared to traditional frying methods. However, this can also allow the natural flavors of the ingredients to shine through, resulting in a cleaner and lighter taste.
Ovens, on the other hand, rely on the natural juices and fats within the food to enhance its flavor. The slow cooking process in the oven allows the ingredients to develop complex flavors while retaining their natural moisture. This can result in a deeper, more pronounced taste that many people associate with traditional cooking methods


text:
- In a line of a bear, cat, dog, and sheep, the child identifies the bear as the first in line but is unable to identify the dog as the third animal in line.
Help your student become a(n) First-Second Ordinal Counter
Activities ask children which in a sequence is first or second or to put things first or second in such a line. Making connections to counting words (being second means you are number 2 in line!) is also helpful.


text:
The Cambridge Bible for Schools and Colleges: Ecclesiastes
This volume starts with the background and definition of the title of the Old Testament book, Ecclesiastes. From there, notes on the authorship and date of this biblical literature, outlines, and analysis make up an extensive introduction. Plumptre makes his way through Ecclesiastes verse-by-verse, ending with a trio of appendixes discussing Shakespeare, Koheleth, and Tennyson, and their relationships to the Old Testament.
- Verse-by-verse exegesis
- Contains helpful notes, indexes, and appendixes
Praise for the Print Edition
There are no better books in exposition of the different parts of Scripture than those contained in the Cambridge Bible for Schools and Colleges. The series has long since established its claim to an honorable place in the front rank of first-rate commentaries; and the teacher or preacher who masters its volumes will be, like Apollos, mighty in the Scriptures.
—Church Sunday School Magazine
- Title: The Cambridge Bible for Schools and Colleges: Ecclesiastes
- Author: E. H. Plumptre
- Publisher: Cambridge University Press
- Publication Date: 1888
- Pages: 294
About E. H. Plumptre
E. H. Plumptre was the Dean of Wells, as well as a theologian, biblical scholar, and author.


Sign up ×
I am trying out an ubuntu server in my home network and I am planning to use it as a dhcp server.
Since ubuntu is installed in a desktop with just 1 Ethernet port my question:
 1. Is it possible to configure both static public IP on the ethernet port at the same time that it is being used as a listening port for DHCP to distribute IP addresses on my network?
 2. If it is, will it have any negative effect on the connection speed?
share|improve this question
2 Answers 2
The answers to your querstions:
 1. It is possible to have two ip addresses on the same interface, and use dhcp-server with it. You will have to install the DHCP server using the command: sudo apt-get install dhcp3-server then configure using the steps given here:
 2. It will have no practical impact on your internet speed, as you're on a small home network.
Also note that you will have to set the routes and ip addresses for your ethernet interface using the network manager, or using the ip command. Hope this solves your query.
share|improve this answer
Yes it is possible.
What you're looking for is sub-interfaces. Depending on the networking equipment you're using, it's also possible to do this with vlans.
share|improve this answer
Your Answer


text:
Ahrend is a Dutch company that produces and sells well-thought-out office-furniture products in two different factories in the Netherlands. In these factories, Ahrend creates complete working environments, where quality, care, and attention to its products, people, and environment are at the forefront. Ahrend furniture offices and showrooms are found all over the world (e.g., in the United States, Canada, Great Britain, Germany, Russia, Australia, or in the Czech Republic). At present, Ahrend has more than 1,250 employees worldwide.
Ahrend makes various furniture products for the following sectors:
The Ahrend production plant in the town of St. Oedenrode, Netherlands
A seven-day production overview
Above, one of the visualization screens used in the factory is displayed. This particular screen provides information about the last 20 production runs. It shows the amounts of different products that are made with start and stop times. This cabinet-production line is a production line that makes carcasses for different types and dimensions of cabinets. In the background,
the Reliance SCADA/HMI system is interfacing between the PLC and the production information system. The PLC tells Reliance SCADA what type of cabinet is being produced at what time. Reliance passes this information to the production information system. An Excel report is generated on request for tracking and tracing purposes.
Visualization of a heat exchanger
The other visualization screen shows a heat exchanger. Cold ground water is pumped up from
a well deep underground. After being used by the heat exchanger, it is further used in the production process to cool the metal department. By using the pumped water for different goals, Ahrend saves half of the water needed every year.
Try the Reliance SCADA/HMI system on several example projects or download the installer of the trial version for free.


text:
Everyone knows the importance of a school in a child's life. From preschool to secondary education, every moment of our learning is related to school. The activities we enjoy, the things we learn, and the new skills we learn are gained from the school.
However, are school activities limited to schools only? The answer to this question is No. One can carry out school activities outside the classroom as well. It is also important for a person to enjoy school activities outside the classroom. This statement stands true in the case of toddlers.
Toddlers are more excited to learn new activities either during the classroom or outside the classroom. Now, let's see why enjoying school activities outside the classroom is important for a toddler and what are the activities that a toddler should enjoy outside the classroom.
Why Enjoying School Activities Outside the classroom a must for a Toddler?
Learning outside the classroom is important for a toddler. The age of toddlers is the learning and exploring age which makes it important for them to explore different activities. When a school activity is carried out only in school it can make them skill to a limited extent but when it is again carried out outside the classroom, a toddler learns the skill and gets a good hold on it.
After school, a toddler may feel bored during the day. The best way to solve this problem is to carry out school activities. This will make them revise the things and entertainment also comes with it. It can develop the toddler's mind and keep him/her physically and mentally fit.
3 Activities that can be carried outside the Classroom
- Crazy Train Game
A crazy train game is a toddler's game that is played with a group of friends. Usually, toddlers play this game during school hours. But, when this activity or game is played outside the classroom, the mental and physical health of the child can be easily maintained. A parent can ask the friends of their child to play this game.
- Sentence Race
Sentence Race is an activity where a student is asked to pick up words from a box having numerous vocabulary words. Usually, it is carried out in the classroom between students and teachers. But, a parent can carry out this activity outside the classroom.
This activity will help the child to learn vocabulary words and to make sentences from them. However, this game is not meant for toddlers, but it can be best for a child of 7-8 years.
Mime is an activity where a person enacts the things that are written on a piece of paper. A small chit of papers having actions written on them is added to a big bag. It can be either running or singing or any activity.
A kid will pick a chit from the bag and will enact the actions mentioned on it. This activity will help the child to become active and skilled in many other activities. Mental development with this activity is more.
Learning outside the classroom is equally important as learning in the classroom. The activities which are done in the classroom should also be carried outside the classroom.
It is not only important for toddlers but the children of 9-10 years also need to do these activities outside the classroom. Enjoying school activities outside the classroom is fun to do.


text:
- October 21, 2010
October 20, 2010 ‚Äì Libelium announces a Smart Metering Sensor board for its Waspmote platform. The board extends the current features by supporting the measurement of electric current, water flow, weight of materials and goods, liquid level, distance and displacement of an object. Applications include managing the usage of electricity & water, supply chain management and manufacturing.The European Union sees the widespread introduction of smart metering as vital in the reduction of energy costs and carbon emissions. The 2009 Electricity Directive will ensure that every household in the EU will be fitted with smart meters by 2022. Smart meters allow energy usage to be precisely monitored and controlled in real time and are equally important for domestic and industrial customers. Most existing smart metering products are closed systems with limited wireless range making them unsuitable for most industrial uses. A wide choice of ZigBee radio modules is available including, for long range purposes, 868 MHz (for Europe) and 900 MHz (for US). Industrial systems need to be configurable and very reliable. The modular, open platform is readily configurable to meet the specific needs of a customer. Users only need to buy those boards and sensors that they require for their particular application. Many existing smart meters depend on a mains power supply meaning that if that fails, the meter powers down and is therefore unable to send an alarm. The Waspmote electrical current sensor is suitable for domestic and industrial use covering up to 150 A.The water flow sensor - capable of measuring flows in pipes from 0.15 to 60 litres/minute - is suitable for measuring water consumption, for detecting leakage in pipes and for monitoring agricultural irrigation.The term ‚Äôsmart metering‚Äò often refers to monitoring the supply of electricity and water; however, it is a much broader technical challenge. Highly reliable smart metering can not only be used for managing utility supplies but also brings benefits to managing liquid storage, inventories such as grain in silos and movement of goods.For these other applications, the board can be combined with a rich choice of sensors. Examples of uses include: weighing goods during manufacturing with the load cell sensor; checking liquid levels in a tank with the level sensor; measuring distances to objects with an ultrasound sensor; and measuring object movement with the displacement foil sensor.Waspmote‚Äôs modularity and openness enables Smart Metering to be deployed flexibly by customers. The versatile board, which is ideal for smaller and medium scale deployments, supports up to six sensors; the customer can select the type and number of sensors to use. For larger scale deployment, Libelium offers a development service to create custom metering boards with one or two sensors.


text:
Published online by Cambridge University Press: 08 May 2018
The lichen species Cladonia angustiloba is characterized by a well-developed primary thallus and narrow squamules which show deep incisions, and the presence of usnic and fumarprotocetraric acids. Morphologically it is similar to C. foliacea and C. convoluta, from which it can be distiguished by the squamule size and morphology. Since similar characters were used to distinguish C. foliacea from C. convoluta which do not represent different lineages, it is necessary to examine the taxonomic status of C. angustiloba by means of DNA sequences. In this study, the species delimitation within the C. foliacea complex was studied by sequencing three loci, ITS rDNA, cox1 and RPB2. The data were analyzed by means of phylogenetic and species delimitation methods (GMYC, PTP, ABGD and BPP). Our results show that none of the three species is monophyletic. Most of the species delimitation methods did not support the current species as evolutionary lineages. Only some of the BPP analyses supported C. angustiloba as a species distinct from C. foliacea and C. convoluta. However, the hypothesis that considers the C. foliacea complex as constituted by a unique species obtained the best Bayes Factor value. Therefore, C. angustiloba and C. convoluta are synonymized with C. foliacea. A new, thoroughly checked synonymy with typifications of the whole C. foliacea complex is presented. An updated survey of the world distribution data is compiled.
Full text views reflects PDF downloads, PDFs sent to Google Drive, Dropbox and Kindle and HTML full text views.


Third Pary Products
Fish Amino Acid
Fish Amino Acid is a liquid made from fish of great value to the plant and to the microorganisms. It also contains plenty of nutrients. To be applied to the soil, mixed with water.
Liquid Vermi Compost
Vermi Compost is a liquid made from the absorption of organic matter by a worm resulting in ready to use organic fertilizer. High nutrients content, but less microbial activities than compost. To be mixed with water. Can be applied to the soil or directly to the plant.
Wood Vinegar
Wood vinegar has the following broad benefits:
 - Improvement of soil quality
 - Elimination of pests
 - Plant growth control; being able to accelerate the development of roots, stems, tubers, leaves, flowers, and fruit. Additionally, the product can help boost crop defenses against disease. Can be applied to the soil or to the plant.


text:
From the colors of the flag to the cultural symbols, these toys are a visual representation of national pride. What makes these soft toys truly special is their ability to transcend borders and language barriers. They serve as a universal language of friendship, allowing people from different countries to connect and bond over their shared love for these adorable creatures. Whether you are a child or an adult, the Countryball Soft Toy brings a smile to your face and a warm feeling in your heart. These plush toys have become more than just playthings; they have become ambassadors of peace and understanding. They remind us that despite our differences, we all share a common humanity. They encourage us to embrace diversity and celebrate the rich tapestry of cultures that make up our world.
The Countryball Soft Toy is not just a toy; it is a symbol of hope. It reminds us that no matter where we come from, we can find common ground and build bridges of friendship. It teaches us that love and acceptance are more powerful than hate and division. These soft toys have also become popular collectibles, with enthusiasts from around the world seeking to complete their collection. They are not just toys; they are cherished mementos that hold sentimental value. They serve as a reminder of the friendships formed and the memories created. In a world that often feels divided, the Countryball Soft Toy offers a glimmer of hope. It reminds us that despite our differences, we are all part of one global family.
So, let's embrace these adorable plush toys, hug a world of friendship, and spread love and acceptance wherever we go. In today's world, where divisions and conflicts seem to be ever-present, it is refreshing to find something that brings people together. The Countryball Plush Toy Collection is one such example, as it unites people from different backgrounds and cultures through the universal language of play. For those unfamiliar with Countryballs, they are anthropomorphic representations of countries, each with their own unique design and characteristics. These adorable plush toys have gained popularity in recent years, with Countryball plush toy fans all over the world embracing their charm and cuteness. What makes the Countryball Plush Toy Collection truly special is its ability to foster unity and understanding among people.


text:
The Deutsche Forschungsgemeinschaft (DFG) funds a new priority research program (Schwerpunktprogramm, SPP).The initiative is coordinated by Prof. Todd Ehlers from the Department of Geoscience at the University of Tübingen and Prof. Friedhelm von Blanckenburg from the Helmholtz Centre Potsdam GFZ German Research Centre for Geosciences. The program allocates €10.2m over two periods of three years each for the project titled: EarthShape: Earth Surface Shaping by Biota.
A common Geoscience paradigm holds that the Earth surface is shaped mainly by climate (eroding soil) and tectonics (building mountains). TheEarthShape project challenges this paradigm to explore how in addition biologic processes form soil, influence topography, and thereby shape the Earth surface and modulates the impact of climate change on the Earth surface. The influence of microorganisms, plants, and animals on the formation of soils and the shape of topography is still poorly understood, but new scientific technology now allows to identify their role. Research into biologic controls on topography is particularly important for understanding how future climate and biologic changes will impact the Earth's surface.


text:
Welcome to Term 3. At Kildare, we are constantly amazed by our young people – they are determined, fiercely independent, and inspirational whilst constantly being challenged. Our role at Kildare is to continuously seek opportunities inside and outside the classroom to foster growth, creativity, and a sense of belonging in our students.
In today's rapidly evolving society, innovation has become crucial for progress and growth, and this principle holds great significance at Kildare. The College takes pride in being contemporary, innovative, creative, and collaborative, always striving to enhance students' connections, skills, and ability to find meaning. Our commitment to empowering girls to learn in their unique environments nurtures confidence and independence, shaping them into thoughtful, courageous and confident global citizens.
Innovation is not just a buzzword but an active and transformative process. At Kildare, our staff embrace the idea that learning is dynamic, not static, and adapting to new approaches is vital to staying relevant. This can manifest in various ways, such as introducing cutting-edge teaching techniques, leveraging technology for interactive learning, encouraging project-based assignments, and promoting critical thinking and problem-solving skills.
On 11 August 2023, we will attend the Australian Education Awards in Sydney, where Kildare is a finalist in the Innovation in Learning Environment Design category for our Tullow Centre. Within a year, the Tullow Centre has transformed how we learn, design, gather and create. It has been transformative for our College community. We hope to win, as we are the only South Australian school in this category, but being named a finalist is an honour. We will keep you updated on the results.
One crucial aspect of fostering innovation in schools is recognising that girls often have distinct learning preferences and needs. By understanding and catering to these preferences, we create an environment that encourages our students to thrive academically and personally. Nurturing an inclusive space where girls can freely and confidently express themselves is key to their development.
Ultimately, Kildare aims to produce not only academically accomplished individuals but also compassionate and thoughtful women of the world. By prioritising innovation in education, the College prepares students to face the complexities of the world with resilience, open-mindedness, and a desire to make a positive impact.
Innovation at Kildare means embracing change, seeking novel approaches, and creating new value through education. By staying at the forefront of contemporary, creative, and collaborative learning, our College equips students with the skills they need to become confident, independent, and considerate global citizens, ready to contribute to a rapidly changing world.
Thank you for choosing Kildare.
The Auditorium was abuzz with our eager and excited families, as we came together for our Parenting Teenagers Workshop, hosted by Joy Anasta. Joy has a strong connection to Kildare with over 26 years' experience as a counsellor and psychotherapist. Throughout the evening, Joy captivated our community with her many engaging pearls of wisdom and entertaining anecdotes, as she guided, supported and encouraged our families in the most important role of their lives – parenthood.
Raising a teenager can be both rewarding and challenging, but parents should not be daunted, and rather embrace the hard work and privilege that comes with this important role. Your daughter is at the tender age where she is becoming her own person. Many families often share with us that they do not want to raise their daughters to be too fearful of the world, lest they curb her enthusiasm to engage in it as a young woman. By the same token, there is an ingrained instinct that tells you that you need to intervene and continue to fix the ache of big problems that sadly cannot be immediately fixed for them.
There is a prevalent proverb that every child is one caring adult away from being a success story, but it takes patience, perseverance and sometimes, punitive measures, to raise a child well. In loving children, we are sometimes also called upon to hold them accountable for their shortcomings and say no to them, so that they learn to understand that they are not perfect nor entitled, and it is okay to sit comfortably knowing that they, like the rest of us, are magnificently flawed.
Joy engrossed the room, as she shared with our families that the challenges of parenting a teenager can leave one feeling powerless and alone, but accepting and tackling these challenges is the only way to get to the other side. Life has evolved significantly for all of us, as we have learnt to embrace the new normal and adapt to a post-pandemic world and society. Mix in the endless commitments we must attend to on the daily, and it can often feel like we are spinning plates in a desperate attempt to strike that delicate balance – which always seems unattainable.
What to do? When you are feeling engulfed by it all? Remember that resistance and avoidance are their own pain, and so too, this shall pass. Love them, guide them, correct them, redirect them, be a good example to them, and hold them close. Teenagers need their parents, just as much, if not more than they needed you when you first nursed them as newborns. Reaching acceptance – that both your child and you will have to go through this and do the hard work involved – is the only way to get to the other side. Nothing worthwhile is ever easy, but one day you will look back from the other side and be thankful that you did. In the wise words of Joy: keep going… And remember, we are all in this together.
"Friendship is the only cement that will ever hold the world together" – Woodrow Wilson
International Friendship Day is dedicated to celebrating the importance of friendship as it transcends cultural, racial, religious, and geographical boundaries. It serves as a powerful reminder of the role friendships play in promoting peace, harmony, and understanding among diverse communities globally.
At Kildare College, friendships hold immense significance as they impact students' overall wellbeing, personal growth, and academic achievements. Friends serve as a reliable support system during challenging times and provide a valuable platform for students to cultivate essential social skills, including compromise, cooperation, and conflict resolution. We also cannot underestimate the unifying force of friendship. The fun, laughter and enjoyment that friends often bring, and the lasting memories that are created and nostalgically remembered later in our lives are very precious. Use this day as an opportunity to recognise and appreciate the vital role that friends play in your life. By performing acts of kindness and fostering strong bonds of friendship and genuine connections, we can all contribute to creating a better and more compassionate world for all.