The US wants its quantum lead to turn into factories and supply chains

The US government is racing to bolster its lead in quantum computing by translating scientific breakthroughs into tangible industrial capacity. This effort comes as policymakers worry that America’s technological edge is being threatened by countries like China, which have more robust manufacturing and supply chain capabilities.

Deputy Secretary of Commerce Paul Dabbar acknowledged the country’s dominance in quantum technologies but emphasized the need to move beyond mere research and development. “We want to be very thoughtful about making certain that what we invent here stays here,” he said, hinting at the use of export controls to safeguard American technological superiority. Dabbar pointed out that the federal government has already taken steps to support the industry through grant funding from the CHIPS and Science Act and partnerships with companies investing billions into quantum technologies.

However, experts warn that simply throwing money at the problem won’t be enough. A recent report by the Commission on U.S. Quantum Primacy highlighted the major challenges facing the American quantum industry, including China’s manufacturing prowess. The commission urged policymakers to invest in physical infrastructure such as factories and foundries that can turn scientific breakthroughs into reliable systems.

The issue is not just about economic competitiveness but also national security. Sens. Ben Ray Luján and Todd Young, co-chairs of the commission, expressed concerns about the trustworthiness of tech executives in protecting America’s technological secrets. Luján pointed to an alleged incident involving Nvidia CEO Jensen Huang, who was accused of having a romantic relationship with a Chinese tech executive identified as a foreign intelligence asset.

The government’s efforts are driven by assessments that China is actively working to undermine American technological advancements. Dabbar mentioned the White House’s executive orders on quantum computing and the push for agencies to migrate to quantum encryption, measures designed to stay ahead of potential adversaries.

Ultimately, the success of these initiatives will depend on policymakers’ ability to navigate complex issues like export controls and national security while promoting innovation and industrial growth. As Luján put it, “People need to make better decisions when you’re entrusted with that kind of power and responsibility.” For readers, this means staying vigilant about the potential risks of emerging technologies and advocating for policies that balance economic competitiveness with national security concerns.

In practical terms, this means being aware of your organization’s involvement in cutting-edge technologies and implementing robust security measures to prevent intellectual property theft. It also involves engaging in informed discussions about the role of government support in driving innovation and industrial growth. By staying informed and involved, individuals can contribute to creating a more secure and competitive technological landscape for America.


Source: CyberScoop — 2026-11-10