State of Science in the US: 2025-State of Science in the US: 2025

Video Transcription

Video Summary

The webinar, hosted by the American Association of Immunologists’ Committee on the Status of Women, featured Dr. Marsha McNutt, President of the National Academy of Sciences, discussing the state of science in the United States and the future of U.S. research leadership.<br /><br />Dr. McNutt argued that the U.S. has moved from a “business as usual” decline in scientific leadership into a more serious “pessimistic” scenario. She highlighted falling U.S. shares in R&D, researchers, publications, and international talent attraction, while China has rapidly expanded its scientific capacity. She warned that rising regulation, weak science literacy, fragmented strategy, and growing competition abroad are eroding American leadership.<br /><br />To address this, she proposed an “Endless Frontier 2.0,” built around seven priorities: optimize research funding and support high-risk, high-reward science; create a national research strategy involving government, academia, industry, and philanthropy; strengthen K-12 STEM education; build a stronger domestic STEM workforce; reduce red tape through smarter, harmonized regulations; expand international collaboration; and rebuild public trust in science.<br /><br />In the Q&A, Dr. McNutt emphasized that women in U.S. science are doing relatively well, but childcare and family-career conflicts remain major barriers. She stressed that science should be understood as a way of knowing, not just a list of facts, and that scientists must communicate more effectively with the public. She also called for better alignment between PhD training and industry needs, more nonpartisan science policy, and broader geographic distribution of scientific opportunities across the U.S.<br /><br />Overall, she expressed optimism that with strategic reform, science can remain a powerful public good and regain competitiveness by 2040 and beyond.

Keywords

U.S. science leadership

National Academy of Sciences

research and development

Endless Frontier 2.0

STEM education

science policy

international collaboration

women in science

public trust in science

scientific competitiveness