60% of American jobs after WWII were made possible by investment in NSF, NIH, NASA, DOE, DOD and other R&D endeavors. They had the US the envy of the world in the economy and higher education. Cell phones, the internet, computers, biomedical equipment, meds, etc. were made possible by using government grants to researchers, small businesses, and corporations. We take risks that most companies concerned about next quarter profits cannot take. We're the venture capital driven R&D that provide the infrastructure we live in, especially in technology.
In addition, the foolhardy "analysis" leaves out the substantial damage on future jobs, GDP, quality of life, healthcare, and progress being cripped by undercutting R&D investment.
From Eric Tucker - entrepreneur and designer:
The NSF is America’s ultimate venture capitalist, whose visionary bets on basic research have sparked transformative industries, from Google to GPS to AI. The secret behind these successes isn't luck—it's NSF's independence and people.
Independent science agencies are not a luxury; they are a necessity. NSF's independence means rigorous peer review, rotating experts from academia, insulation from political pressures, stable long-term funding, a commitment to basic science, risk-taking, and transparent decision-making driven by intellectual merit and broader impact. These elements form the backbone that allows groundbreaking innovation to flourish.
Consider these eight moonshots, nurtured by NSF independence, that shaped our modern world:
Internet: NSF's foresight built NSFNET, the backbone of the Internet, connecting universities long before commercial telecom saw the potential.
Google: An NSF-funded algorithm developed by two Stanford grad students—PageRank—became the heart of Google's trillion-dollar empire.
Doppler Radar: NSF-backed research transformed tornado warnings from guesswork into reliable, lifesaving predictions, now delivering billions in economic benefits.
GPS: Originally a Cold War tool, NSF-funded advances made GPS an everyday utility worth over a trillion dollars to our global economy.
LASIK: Laser research funded by NSF, initially purely curiosity-driven, evolved into LASIK surgery, dramatically improving vision for over 40 million people worldwide.
Graphene: Before industry saw its potential, NSF funded research into graphene, sparking innovations in electronics, batteries, and beyond.
Artificial Intelligence: NSF patiently invested through "AI winters," laying the foundation for today's AI revolution—a sector projected to reach $13 trillion globally by 2030.
Gravitational Waves: A seemingly impossible NSF investment over 40 years culminated in detecting gravitational waves, opening an entirely new window on the universe and earning a Nobel Prize.
While politicians make headlines, NSF invests in breakthroughs. Protecting its independence ensures America remains at the cutting edge and secures the future, turning curiosity into world-changing reality.
Read and share my latest piece: "Moonshots, Not Pork: How an Independent NSF Secured Our Future."