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The Legacy of Government Investment in Scientific Innovation

Examining the transformative impact of federally funded scientific breakthroughs amidst funding cuts.

By Alan Burdick, Emily Anthes and Ruru KuoSource: nytimes.com1 min read

In brief

This article highlights nine groundbreaking advancements made possible by U.S. government investment in scientific research, emphasizing the critical role of basic science in technological progress as funding faces potential reductions.

By Alan Burdick and Emily Anthes Illustrations by Ruru Kuo May 16, 2025, 5:00 a.m. ETScientific advancement often follows a winding path rather than a straightforward trajectory, with research typically categorized into practical applications—like lunar missions or vaccine development—and foundational studies that seek to understand complex phenomena, such as cellular behaviors and atmospheric conditions. The hope for these foundational studies is that they will eventually lead to practical applications down the line. This principle has driven the United States' robust investment in science, especially since World War II, leading to substantial annual government spending of about $200 billion on research and development. However, proposed budget cuts under President Trump threaten this long-standing financial commitment. As Vannevar Bush articulated in a pivotal report to President Franklin D. Roosevelt in 1945, “Basic research is the pacemaker of technological progress.” The history of Google illustrates this connection: the search giant originated from a $4 million federal grant in 1994 aimed at digital library development and has since surged in value to $2 trillion.Here, we examine nine remarkable advancements brought to life by government funding:1. **GPS Technology**: The journey of GPS from its cumbersome early versions—such as a $3,000 brick marketed for enthusiasts in 1988—to an integral component of everyday technology, including automobiles and smartphones, highlights its revolutionary impact. The concept began in 1957 with researchers at Johns Hopkins University devising a method to track the Soviet Union's Sputnik satellite via a change in its radio signal frequency. This innovative thought process laid the groundwork for modern personal navigation systems, showcasing the profound influence of federal investment in scientific inquiry.As the U.S. reconsiders its approach to funding scientific research, it is crucial to reflect on how taxpayer dollars have been instrumental in driving significant advancements that support everyday life and propel technological innovation.

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