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The purpose of this study is to discuss the significance of “contextual factors” on the talent development of underserved populations. Understanding the “context” and background of an individual provides greater insight into their life experiences (Paik, 2013). Race, class and gender, in particular, play a role in one’s life, providing both barriers and opportunities.

To examine contextual and other factors, in-depth biographical case studies were systematically studied across 10 diverse notable artists and scientists. Over 85 autobiographies, biographies and other sources were carefully content-analyzed for commonalities and differences in artists’ and scientists’ lives.

Because of their ascribed statuses (e.g. race, class, gender), these individuals had to navigate their unique school and life circumstances. Within their sociocultural contexts, however, key relationships (e.g. parents, teachers, mentors and peers) helped mitigate the challenges. All artists and scientists had a “village” – key stakeholders who invested in them at every stage of their talent development.

Parents, teachers, mentors and peers are not only critical, but they are lifelines for talent development. Key implications discuss the role of contextual factors and support networks for aspiring diverse artists and scientists.

The theoretical framework for this study is based on the productive giftedness model (PGM) (Paik, 2013, 2015). PGM includes 10 key psychosocial and environmental factors and how they influence “productive giftedness” (e.g. achievements, accomplishments, leadership). Within the model, both “alterable” and “contextual factors” provide access to different opportunities, support and resources. The model is considered generalizable and applicable for diverse populations.

Two studies in the context of English‐French relations in Québec suggest that individuals who strongly identify with a group derive the individual‐level costs and benefits that drive expectancy‐value processes (rational decision‐making) from group‐level costs and benefits. In Study 1, high identifiers linked group‐ and individual‐level outcomes of conflict choices whereas low identifiers did not. Group‐level expectancy‐value processes, in Study 2, mediated the relationship between social identity and perceptions that collective action benefits the individual actor and between social identity and intentions to act. These findings suggest the rational underpinnings of identity‐driven political behavior, a relationship sometimes obscured in intergroup theory that focuses on cognitive processes of self‐stereotyping. But the results also challenge the view that individuals' cost‐benefit analyses are independent of identity processes. The findings suggest the importance of modeling the relationship of group and individual levels of expectancy‐value processes as both hierarchical and contingent on social identity processes.

A crucial contemporary public health issue is the construction and contestation of the relevance of the natural world to human health.

Taking a critical approach, this chapter examines how the natural environment as a health determinant is positioned in relation to the ‘social’ within social theory generally and social epidemiological studies of health, illness and disease specifically.

– This study shows how current constructions of social and natural environmental health drivers contour social approaches to the study of health and proposes an integrated social-ecological approach for generating new contributions of social epidemiology to research on environmentally driven health injuries.

– The research breaks ground for further social scientific studies of health and the environment and in particular substantiates the call for an extended notion of the ‘environment’ using ecological principles. Methodologically, the interdisciplinary reach of this research draws attention to the tensions that arise when working across the medical, natural and social sciences.

This column will explore how one aspect of Moore’s Law – price – can have a transformative effect on the utility of computers.

As computers become increasingly inexpensive, they become more accessible to new audiences.

Individuals, libraries and other institutions are using these new, inexpensive computers to interact with information, and the world, in new ways.

This is one of the first articles to examine Moore’s Law in relation to library applications.

The US educational system is on the cusp of transformational change. Signals that the current educational structure has been destabilized include rising dissatisfaction with the formal educational system and the proliferation of non‐traditional forms of primary education. In the coming era, museums will play a key role in the new educational landscape. A broad and shared understanding among policy makers, reformers and practitioners of the unique capabilities of museums will ensure that the new educational infrastructure takes full advantage of these strengths. This paper seeks to discuss these issues.

This paper provides an overview of educational innovation in a broad cross section of US museums, citing selected examples.

There is an emerging consensus that whatever the new educational era looks like, it will focus on the development of a core set of skills. This paper reviews some ways in which museums are helping learners develop the core skills of critical thinking, synthesizing information, ability to innovate and think creatively, and collaboration. The USA needs to scale up the educational resources and skills provided by its museums via online access, better indexing of online resources, physically incorporating museums into schools and schools into museums, and making museums central points for teacher training. This will ensure museums can provide equitable access to their unique resources and fulfill their potential in the new educational landscape.

By applying the techniques of forecasting to the field of education, this paper provides glimpses of potential futures as seen in the vibrant innovations in education currently taking place outside traditional schools.

Black Panther depicted a positive representation of Black culture. The film transcended Black minds to believe in power, excellence, and intelligence. Black youth posted images on social media using the Wakanda pose as a symbol of pride. The film not only countered the stereotypical generalized ideologies of African culture, values, and customs, but it capsized false narratives by including the historical context of Black scientist with a female character. Articles summarizing depictions of Black Panther and its influence on Black youth assert that the character of Shuri and her perfection of the sciences contributed to pathways for young Black girls to join science, technology, engineering and mathematics (STEM) programs. Other factors contribute to the increase of Black girls in STEM programs, but the image of Shuri's character in a position of power of the sciences pinpoints representation as key to cerebral pictures and reflections of Black female excellence in the sciences. However, representation is minimal among Black male youth in STEM programs.

Although it is true that African American male youth have Black male representation in media through sports figures, rappers, and hip-hop artists, inquiring minds need to know that Black male representation in the sciences and mathematics is the formula to how young minds view themselves and their relation to the world. Accordingly, this underrepresentation of Black male youth in STEM programs leads to the big “what if” question. If LeBron James conducted a critical analysis using physics and mathematics to make a 3-point shot, then what is the likelihood that young Black males' interest in the STEM programs would increase?