US House Committee Unanimously Approves Reauthorization of National Quantum Initiative in Boost for Quantum Research

The US House Committee on Science, Space, and Technology has unanimously approved a bipartisan bill to reauthorize the National Quantum Initiative, aimed at enhancing quantum research. The bill, co-sponsored by Committee Chairman Frank Lucas and ranking member Zoe Lofgren, is intended to maintain US competitiveness against China and Russia in quantum systems. The bill also includes amendments to consider the use of AI and machine learning in quantum science and technology. The National Science Foundation is set to receive expanded resources, including awards for quantum research.

Bipartisan Bill to Reauthorize National Quantum Initiative

The House Committee on Science, Space, and Technology has unanimously approved a bipartisan bill to reauthorize the National Quantum Initiative. The bill, known as H.R. 6213, was co-sponsored by Science Committee Chairman Frank Lucas and ranking member Zoe Lofgren. The National Quantum Initiative, which was aimed at bolstering quantum research, expired on September 30. The reauthorization is intended to build on the achievements of the 2018 law to ensure U.S. competitiveness against China and Russia.

The National Quantum Initiative was initially established as a 10-year program in 2018, but its scientific activities were authorized for only five years. The National Quantum Initiative Advisory Committee recommended in a June report that support for the program should continue and be expanded beyond its original sunset in 2028.

Amendments to the Bill

During a previous markup of the bill in November, the committee adopted 19 amendments, all of which were approved by voice vote. One of these amendments, proposed by Rep. Max Miller, included language directing agencies to consider the use of AI and machine learning in quantum science, engineering, and technology. It also suggested how quantum might be used to advance AI and other emerging technologies.

The committee also agreed to adopt an amendment that directs the National Science and Technology Council’s Subcommittee on Quantum Information Science to identify potential use cases where quantum computing could advance the missions of participating agencies. This could be through on-premises, cloud-based, hybrid, or networked approaches. This amendment was proposed by Reps. Deborah Ross and Jay Obernolte.

Expanded Resources for the National Science Foundation

Several amendments specifically expanded resources for the National Science Foundation (NSF). This included two amendments for awards the agency would offer for quantum research. These amendments were proposed by Rep. Stephanie Bice and Reps. Andrea Salinas and Jim Baird. Another amendment from Reps. Obernolte and Haley Stevens would strengthen NSF’s quantum testbed activities.

The Importance of Quantum Research

The reauthorization of the National Quantum Initiative underscores the importance of quantum research in maintaining U.S. competitiveness. As other countries, such as China and Russia, are actively investing in quantum systems, it is crucial for the U.S. to maintain its momentum in this revolutionary field.

The amendments to the bill highlight the potential of quantum technology in advancing AI and other emerging technologies. They also emphasize the need for identifying potential use cases where quantum computing could advance the missions of participating agencies.

The Role of the National Science Foundation

The National Science Foundation plays a crucial role in supporting quantum research. The amendments to the bill that expand resources for the NSF underscore its importance in this field. The amendments also highlight the need for the NSF to offer awards for quantum research and to strengthen its quantum testbed activities.

“As China and Russia are actively making notable investments in quantum systems, we must maintain our momentum to secure our leadership position in this revolutionary field, and this bill does just that,”

Frank Lucas

Quick Summary

The US House Committee on Science, Space, and Technology has unanimously approved a bipartisan bill to reauthorize the National Quantum Initiative, aimed at enhancing quantum research and ensuring US competitiveness against China and Russia. The bill includes amendments directing agencies to consider the use of AI and machine learning in quantum science, and to identify potential use cases for quantum computing in advancing the missions of participating agencies.

  • A bipartisan bill to reauthorize the National Quantum Initiative was unanimously approved by the House Committee on Science, Space, and Technology.
  • The bill, co-sponsored by Science Committee Chairman Frank Lucas and ranking member Zoe Lofgren, is now on the House floor.
  • The National Quantum Initiative, aimed at enhancing quantum research, expired on September 30. The reauthorization aims to build on the achievements of the 2018 law to ensure U.S. competitiveness against China and Russia.
  • Despite the 2018 legislation establishing the National Quantum Initiative as a 10-year program, its scientific activities were authorized for only five years. The National Quantum Initiative Advisory Committee recommended continued and expanded support for the program beyond its original sunset in 2028.
  • The committee adopted 19 amendments, including one from Rep. Max Miller, directing agencies to consider the use of AI and machine learning in quantum science, engineering, and technology.
  • The committee also agreed to an amendment directing the National Science and Technology Council’s Subcommittee on Quantum Information Science to identify potential use cases for quantum computing.
  • Several amendments expanded resources for the National Science Foundation, including two for awards the agency would offer for quantum research.
The Quantum Mechanic

The Quantum Mechanic

The Quantum Mechanic is the journalist who covers quantum computing like a master mechanic diagnosing engine trouble - methodical, skeptical, and completely unimpressed by shiny marketing materials. They're the writer who asks the questions everyone else is afraid to ask: "But does it actually work?" and "What happens when it breaks?" While other tech journalists get distracted by funding announcements and breakthrough claims, the Quantum Mechanic is the one digging into the technical specs, talking to the engineers who actually build these things, and figuring out what's really happening under the hood of all these quantum computing companies. They write with the practical wisdom of someone who knows that impressive demos and real-world reliability are two very different things. The Quantum Mechanic approaches every quantum computing story with a mechanic's mindset: show me the diagnostics, explain the failure modes, and don't tell me it's revolutionary until I see it running consistently for more than a week. They're your guide to the nuts-and-bolts reality of quantum computing - because someone needs to ask whether the emperor's quantum computer is actually wearing any clothes.

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