A broadened, context-aware conception of scientific excellence encompassing resilience, mentorship, community impact, flexibility, and navigation of structural challenges¶

Theory · All theories
Evidence · 5 claims (4 for, 1 mixed) · 1 study (1 qualitative), q1 · 0 of 1 report an effect size · 5 claims rest on one study

Description¶

The editorial proposes an alternative view of excellence that goes beyond narrow measurable indicators such as high-impact publications, citation scores, and institutional prestige. It argues that "An alternative view of excellence encompasses a broader, more nuanced set of dimensions, including resilience under resource constraints, interdisciplinary thinking, mentorship, effective communication, and leadership within the scientific community." Excellence is also framed as "a generative impact, i.e., the capacity to create opportunities, support networks, and enable pathways" for others. The framework asks not only what was achieved but "under what conditions, with what resources, and with what impact on the scientific ecosystem."

Design Implications¶

Context¶

Requirements¶

• Evaluation frameworks must ask not only what was produced, but what was required to produce it, accounting for the resources available

Constraints¶

• The authors state the intention is not to redefine excellence but to encourage broader reflection, and the insights do not call for abandoning established metrics but complementing them

Target Learners¶

• first-generation chemists and emerging early career scientists

Target Learning Objectives¶

• professional identity and belonging in the chemical sciences
• recognition of diverse pathways of scientific contribution

Claims¶

• Resource Constraints Sharpen Thinking Evaluation Risk [+W]
• Mentorship Gap Barrier First Generation Chemists [+W]
• Financial and economic constraints shape first-generation chemists' career decisions, sometimes deterring advanced training altogether [+W]
• Psychological barriers, including imposter syndrome and feelings of not belonging, hinder first-generation chemists' visibility and opportunity-seeking [+W]
• The editorial's insights derive from reflections of 13 first-generation chemists and cannot represent all first-generation scientists [~W]

Related Theories¶

Examples¶

• Establish an inter-institutional, society-level mentorship registry providing continuous support from undergraduate entry through faculty appointment
• Develop discipline-specific transparency toolkits coauthored by first-generation faculty covering the unwritten mechanics of academic chemistry careers

Key Sources¶

• Ives Robert A., Azulay David N., Cook Adam, Dagar Mamta, Fansher Douglas J., Keshari Roshan, Ojha Anupam Anand, Patel Shivani, Sandoval-Pauker Christian, Sanghai Nitesh, Trinh Brittany K., Yadav Vishal, Zheng Zhiling. (2026). Reconsidering Excellence in the Chemical Sciences: Lessons from First-Generation Chemists. ACS Central Science. https://doi.org/10.1021/acscentsci.6c00822