American companies are already at the forefront of robotics innovation—from last-mile delivery to elder care and disaster response. As Chairman @RepBrianBabin highlighted earlier today, U.S. industry recognizes this opportunity and is working to build the future of robotics.
A new analysis shows American science is shrinking and the data is stark. NIH competitive grants are down >50% year-over-year and NIH-funded projects dropped 15% in FY25. Without sustained federal investment in our scientific enterprise, the U.S. risks losing its competitive edge
American science is shrinking.
A Post analysis found that, halfway through this fiscal year, the number of competitive grants awarded by the National Institutes of Health is down by more than half compared with the same period last year. https://t.co/tz9q9odnSC
As @NASA puts it, Artemis II is just the “opening act” for sustained exploration of the Moon and beyond. That future depends on decades of research and continued investment in S&T. Read about the historical mission and future of U.S. in space @SPACEdotcom https://t.co/yTJF4c06V1
China has surpassed the US in total R&D investment ($1.03T in 2024), per @OECD. The implications for US policy are immediate. Public R&D is one of the highest-returning federal investments, yet proposed cuts move in the opposite direction.@AAUniversities⬇️ https://t.co/Nb2Y2xj5F5
A new op-ed from @ResearchAmerica grant recipient JP Flores explores why scientists must engage directly with communities, especially in an era where misinformation spreads fast.. Read more in @Sci_politic https://t.co/WBtQ1HpcEA
A piece from STAC member Harvey Fineberg in
@PNASNews offers a sharp look at what it will take to revive U.S. science leadership. Key point: flat funding isn’t enough. The U.S. needs to invest in talent, prioritize key technologies and rebuild public trust.https://t.co/ngtCARrbhr
@TheAtlantic examines the growing risk that China could surpass the U.S. as the world’s leading scientific power. For a deeper dive on the data behind this shift, check out STAC’s one-pager on China’s strategy to win the global technology race 👉https://t.co/9LMzRXh6CT
While U.S. research struggles, a different pattern is emerging overseas, @andersen writes. Is China on the verge of becoming the next scientific superpower? https://t.co/bx1OHS4PId
While U.S. research struggles, a different pattern is emerging overseas, @andersen writes. Is China on the verge of becoming the next scientific superpower? https://t.co/bx1OHS4PId
A new survey highlighted by @statnews shows many NIH-funded labs scaling back research, delaying projects, and struggling to retain talent. Sustained, predictable funding is critical to protecting the next generation of scientific discovery.
https://t.co/JfRqaG7N0X
"China is fully committed to achieving its 'Space Dream' and will leverage all resources to achieve the goal of becoming a global leader in space."
- Mr. Dave Cavossa (@csf_space)
An analysis by STAC members highlights a turning point in global science leadership. China may soon lead in public R&D funding and could surpass the U.S. in basic science within a decade. The moment calls for renewed U.S. investment. From @Nature ⬇️ https://t.co/mCGnzT9i3h
Research funding from @NIH generated $94B in economic activity in 2025, a $2.57 return for every $1 invested, supporting nearly 391,000 jobs nationwide. Biomedical research fuels innovation and local economies. Read more from @Forbes ⬇️
https://t.co/WT7J8ju1Ew
The next leap in scientific discovery won’t just come from AI, it will come from people. @DOE says the goal is to double the productivity of science R&D spending, alongside new university partnerships focused on hands-on training for the future workforce.
.@NASA is strengthening the Artemis program as America prepares to return astronauts to the Moon. This initiative underscores how sustained investment in S&T supports innovation, strengthens the research ecosystem, and helps maintain U.S. leadership.
🚀 https://t.co/LvUowl6OPo
The BIOTech Caucus announced its first-ever legislative endorsements, backing the National Biotechnology Initiative Act and the Biomanufacturing Excellence Act.
Momentum is building to strengthen U.S. biotech leadership. More from @RepHoulahan & @RepBice🔗https://t.co/C1C7vpmWC0
America’s competitiveness in the global technology race is back on the congressional agenda. Last week, a bipartisan group of Senators reintroduced the Future of AI Innovation Act to expand @NIST’s AI standards work and strengthen R&D coordination. @axios⬇️https://t.co/4XPJEZ2R9P
STEM jobs are growing faster than non-STEM jobs in the U.S. Today, 36 million Americans—1 in 4 workers—are in STEM roles. Sustaining this momentum requires stronger education pathways and retention across the talent pipeline.
New analysis from @NSF_NSB ⬇️ https://t.co/s1JVanKk28
China’s 1999 higher ed expansion boosted U.S. STEM growth. International student flows are tightly tied to American innovation and economic competitiveness. In order to maintain its innovation edge, the U.S. needs a plan. More from @StanfordSCCEI👇
https://t.co/IkMX1Ryw0a