The Periphery Paradox: How Excellence Science Programs Reproduce Geographic Inequality

Educational systems worldwide grapple with persistent geographic inequalities in access to advanced learning opportunities, coupled with a growing international recognition of how geographic location shapes access to science excellence programs for high-school students. This article examines Israel’s Alpha and Odyssey elite science programs, which uniquely established branches in peripheral universities alongside central locations, offering a critical test case for whether physical expansion translates into educational equity. Drawing on Bourdieu’s cultural capital framework and Archer’s theory of science capital, we examine how selection mechanisms might reproduce center–periphery hierarchies despite geographic diversification. The study uses a qualitative methodology, incorporating interviews with 20 Program directors (senior managers from the Ministry of Education, university coordinators, and military personnel), and analysis of 24 policy documents, to trace how these programs operate across different geographic contexts. We reveal systematic patterns in recruitment strategies, selection processes, and resultant cohort compositions. Although the Alpha and Odyssey programs maintain a physical presence in peripheral universities, they fail to deliver geographic equity. This study illuminates the tension between geographic expansion and equal access, enhancing understanding of how merit-based excellence programs can paradoxically reproduce spatial stratification in educational opportunity.

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Publication Details

Journal
Gifted Child Quarterly
Published
2026-10-27
DOI
https://doi.org/10.1177/00169862261493433
Primary Topic
Social and Cultural Dynamics
Type
article
Field-Weighted Citation Impact
0.00
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article

The Periphery Paradox: How Excellence Science Programs Reproduce Geographic Inequality

Miri Yemini, Amos Lagziel
1 links
Gifted Child Quarterly
Social and Cultural Dynamics
article

The Periphery Paradox: How Excellence Science Programs Reproduce Geographic Inequality

Miri Yemini, Amos Lagziel
article en

Abstract

Educational systems worldwide grapple with persistent geographic inequalities in access to advanced learning opportunities, coupled with a growing international recognition of how geographic location shapes access to science excellence programs for high-school students. This article examines Israel’s Alpha and Odyssey elite science programs, which uniquely established branches in peripheral universities alongside central locations, offering a critical test case for whether physical expansion translates into educational equity. Drawing on Bourdieu’s cultural capital framework and Archer’s theory of science capital, we examine how selection mechanisms might reproduce center–periphery hierarchies despite geographic diversification. The study uses a qualitative methodology, incorporating interviews with 20 Program directors (senior managers from the Ministry of Education, university coordinators, and military personnel), and analysis of 24 policy documents, to trace how these programs operate across different geographic contexts. We reveal systematic patterns in recruitment strategies, selection processes, and resultant cohort compositions. Although the Alpha and Odyssey programs maintain a physical presence in peripheral universities, they fail to deliver geographic equity. This study illuminates the tension between geographic expansion and equal access, enhancing understanding of how merit-based excellence programs can paradoxically reproduce spatial stratification in educational opportunity.

Gifted Child Quarterly
Technion – Israel Institute of Technology (IL)
Reduced inequalities, Quality education
Openalex Percentile: Top 6%
Social and Cultural Dynamics
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