How the U.S. became a science superpower (steveblank.com)

Article summary

The US became a science superpower after World War II due to the efforts of Vannevar Bush, who convinced President Franklin Roosevelt to fund advanced technology research in universities, leading to the development of cutting-edge technologies such as computers, rockets, and radar. In contrast, Britain's focus on military research and development labs, led by Professor Frederick Lindemann, did not lead to the same level of innovation and commercialization. The US government's funding of basic research in universities and the indirect cost reimbursement system played a crucial role in establishing the US as a leader in science and technology. This led to a brain drain, with top researchers flocking to the US, and enabled the country to maintain its position as a science superpower for over 85 years.

Main themes

• Science and Technology Policy
• US-Britain Comparison
• Research Funding
• Innovation and Commercialization
• Government Support for Science

What commenters say

• The indirect cost reimbursement system is essential for universities to maintain world-class research facilities and attract top talent, but some argue it is inefficient and prone to abuse.
• Limiting overhead costs for research grants could harm the US's scientific competitiveness and drive researchers to other countries with more favorable funding conditions.
• Private research grants often have lower indirect cost rates, but they are a small fraction of total research funding and may not be sustainable for large-scale research projects.
• The US's scientific dominance is threatened by declining government support for basic research and the increasing influence of regulatory capture and special interests.
• Transparency and accountability in research funding are necessary to prevent waste and ensure that taxpayer dollars are being used effectively.
• The brain drain of top researchers to the US is a result of the country's attractive research funding and facilities, but it also poses a risk to the global distribution of scientific talent.
• The US's science policy is at a crossroads, with some arguing for increased government support and others advocating for a more market-driven approach to research funding.
• The rise of China as a scientific powerhouse is challenging the US's dominance, with Chinese researchers producing high-quality research and attracting international attention.