America’s leadership in science and technology has never been accidental. It is the result of decades of sustained federal investment in fundamental research—a system that has cultivated domestic and international talent alike, translating scientific breakthroughs into innovations that power the economy, improve public health, strengthen national security, and inspire global admiration. This model has not only benefited the United States but has also set a standard that many countries have emulated. Collaborative efforts between the US and international partners have produced transformative discoveries, ranging from revolutionary medical treatments to advances in artificial intelligence and machine learning. Yet, the formula that built America’s scientific dominance is no longer sufficient to secure its future. A fresh vision is urgently required to address the evolving global landscape of science and technology.
The global research and innovation ecosystem has undergone dramatic transformations in recent years. Emerging technologies are reshaping how we communicate, treat diseases, and harness energy. To maintain leadership in this new environment, the United States must rethink how it cultivates talent, invests in infrastructure, and funds scientific research. Success in this endeavor is critical for every sector, industry, administration, and political party. Recognizing the scale and urgency of this challenge, nearly seventy leaders spanning academia, industry, philanthropy, and government have joined forces to form the “Vision for American Science and Technology” (VAST) task force. This diverse group, ranging from graduate students to CEOs, is tasked with presenting actionable policy recommendations that will equip decision-makers in Washington, D.C., with a forward-looking blueprint for American science and technology leadership.
The stakes could not be higher. The world faces monumental challenges alongside unprecedented opportunities. Technologies such as advanced computing, biotechnology, and renewable energy are revolutionizing human life. However, if the United States fails to seize this moment, it risks relinquishing discovery and innovation—and the economic, strategic, and societal benefits that follow—to other nations that have ambitious plans and the political will to invest. A diminished American presence in science and technology would slow global progress and reduce the country’s influence in shaping the future.
Traditional approaches to research and development (R&D) are no longer sufficient. In the mid-20th century, the federal government funded the majority of R&D in the United States. In 1964, government investment accounted for 67% of all research and development. Today, that dynamic has shifted dramatically. Industry now finances the bulk of R&D, accounting for 76% of all expenditures in 2022, and private companies fund nearly as much basic research as the government itself—37% versus 40%. This shift coincides with aggressive R&D investment by global competitors. From 2010 to 2019, the US share of global R&D fell by 2%, while other nations rapidly closed the gap. Historically the leader in patent filings, the US dropped to second place in 2021. While science is inherently collaborative and should not be viewed as a zero-sum game, the decline in American leadership poses serious challenges. It jeopardizes not only the country’s competitive edge but also the potential for global scientific partnerships that drive breakthroughs.
A key element in maintaining scientific leadership lies in talent development. Building a workforce equipped for the challenges of tomorrow requires creating environments that attract and retain top domestic and international researchers. The United States must prioritize education and training programs that broaden career paths beyond traditional academic tracks. Expanding opportunities in industry, entrepreneurship, and interdisciplinary research is critical to ensuring the next generation of scientists and engineers can thrive. By fostering inclusivity and adaptability, America can cultivate a scientific workforce that is both innovative and resilient.
Infrastructure and coordination are equally vital. Modern scientific endeavors are increasingly complex, often requiring collaboration across multiple disciplines and countries. The VAST task force emphasizes the importance of upgrading research infrastructure, promoting cross-sector collaboration, and ensuring efficient deployment of resources. Investments in state-of-the-art laboratories, high-performance computing facilities, and shared experimental platforms will enable the United States to remain at the forefront of discovery. Moreover, engaging the public in discussions about the direction and societal implications of science and technology can strengthen trust, inspire participation, and ensure that innovation serves the broader good.
The task force’s recommendations are scheduled for release early next year, coinciding with the arrival of a new Congress and administration. Their report will present a comprehensive vision for American science and technology, articulating not only what the nation can achieve but also for whom these advancements are intended. The overarching objective is to ensure that the United States continues to set the pace in scientific innovation, securing prosperity at home while contributing to global progress.
Nearly eight decades after Vannevar Bush’s seminal report, Science: The Endless Frontier, it is time to chart the next chapter in America’s scientific journey. Bush’s vision laid the foundation for federal support of research and the expansion of higher education, but today’s scientific challenges and opportunities are far more intricate. Discovery now involves interdisciplinary collaboration, complex data ecosystems, and rapid technological evolution. To remain relevant, American science requires a new approach—one that emphasizes coordination across sectors, embraces international collaboration, and thoughtfully considers who benefits from research outcomes.
Change is essential, yet the ultimate goal remains unchanged: a world that is more prosperous, healthier, and safer. Science and technology are among humanity’s most powerful tools to achieve these objectives, but maintaining leadership demands adaptation. Policies must evolve to meet contemporary realities, balancing federal investment with private sector dynamism, fostering talent pipelines, modernizing infrastructure, and cultivating a culture of innovation that engages the public. These efforts will ensure that American discovery continues to drive economic growth, national security, and societal advancement, while inspiring global progress.
In summary, America’s scientific dominance is the result of deliberate investment, visionary leadership, and international collaboration. Yet, the global landscape has shifted, and the methods that once guaranteed success are no longer sufficient. Through comprehensive policy reforms, strategic investments in talent and infrastructure, and a renewed commitment to public engagement, the United States can secure its position at the cutting edge of science and technology. The VAST task force represents a critical step toward this goal, offering a roadmap for the next era of discovery—a vision in which innovation benefits not only America but the entire world. By embracing this vision, the nation can ensure that its legacy of scientific achievement continues to thrive in a complex, interconnected, and rapidly evolving global landscape.
Leave a Reply