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Public-private partnership for the financing, design, and construction of two facilities, the National Quantum Facility -the NQF- and Quantum Works -the QW-, and related improvements.
Starbridge can help you:
Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
Bring in your USPs and exploit competitor gaps
Starbridge can help you:
Get ahead of RFPs — target accounts planning budget or ending contracts soon
Accounts with contract expirations, meetings mentioning your product, grants, budget changes and more
Starbridge.ai books 30 - 40% of leads into meetings
The fhwa ear program is seeking information about: 1. Research questions of national importance to highway transportation that would be impractical or impossible to solve using classic computing that may be well suited for quantum computing. 2. Experience with decomposing complex models used in highway transportation or in analogous fields into elements suited for classic computing and elements that could benefit from quantum computing. 3. Experience with available and emerging approaches for testing quantum computing for problem solving including use of quantum simulators. 4. Experience with data and software preparations and workflows necessary for solving modeling problems through a combination of classic and quantum computing. 5. Ability to measure and explain benefits of quantum computing for solving complex modeling to domain experts in highway transportation or an analogous field.
Posted Date
Dec 23, 2025
Due Date
Jan 17, 2026
Release: Dec 23, 2025
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Close: Jan 17, 2026
The fhwa ear program is seeking information about: 1. Research questions of national importance to highway transportation that would be impractical or impossible to solve using classic computing that may be well suited for quantum computing. 2. Experience with decomposing complex models used in highway transportation or in analogous fields into elements suited for classic computing and elements that could benefit from quantum computing. 3. Experience with available and emerging approaches for testing quantum computing for problem solving including use of quantum simulators. 4. Experience with data and software preparations and workflows necessary for solving modeling problems through a combination of classic and quantum computing. 5. Ability to measure and explain benefits of quantum computing for solving complex modeling to domain experts in highway transportation or an analogous field.
AvailableThe Federal Highway Administration (FHWA) is soliciting information on the availability and capability of qualified sources to perform R&D in quantum computing for highway transportation. This notice is a Sources Sought / Request for Information to gather industry capabilities and is not a solicitation for proposals or awards. Responses are requested to help FHWA plan potential future efforts in applying quantum computing to complex highway transportation modeling problems.
Posted Date
Dec 23, 2025
Due Date
Jan 17, 2026
Release: Dec 23, 2025
Close: Jan 17, 2026
The Federal Highway Administration (FHWA) is soliciting information on the availability and capability of qualified sources to perform R&D in quantum computing for highway transportation. This notice is a Sources Sought / Request for Information to gather industry capabilities and is not a solicitation for proposals or awards. Responses are requested to help FHWA plan potential future efforts in applying quantum computing to complex highway transportation modeling problems.
AvailableSeeks innovative approaches to address challenges related to quantum computing. The Quantum Benchmarking Initiative (QBI) aims to examine approaches for constructing a utility-scale fault-tolerant quantum computer and computational workflows that include quantum compute steps. Proposed research should investigate approaches that enable revolutionary advances in design, engineering, test, and evaluation of such systems. Specifically excluded is research that primarily results in evolutionary improvements to the existing state of practice. To rapidly capitalize on new opportunities, DARPA announces the QBI 2026 opportunity, which seeks specific solutions to targeted challenges related to developing utility-scale quantum computers, as defined in specific QBI topic (QBIT) calls. Each QBIT will (1) outline specific details regarding the research topic of interest and (2) provide proposal and submission instructions, including the due date for proposal submission, in addition to those outlined in this PA. Proposals must only be submitted in response to a QBIT.
Posted Date
Nov 14, 2025
Due Date
Nov 15, 2026
Release: Nov 14, 2025
Close: Nov 15, 2026
Seeks innovative approaches to address challenges related to quantum computing. The Quantum Benchmarking Initiative (QBI) aims to examine approaches for constructing a utility-scale fault-tolerant quantum computer and computational workflows that include quantum compute steps. Proposed research should investigate approaches that enable revolutionary advances in design, engineering, test, and evaluation of such systems. Specifically excluded is research that primarily results in evolutionary improvements to the existing state of practice. To rapidly capitalize on new opportunities, DARPA announces the QBI 2026 opportunity, which seeks specific solutions to targeted challenges related to developing utility-scale quantum computers, as defined in specific QBI topic (QBIT) calls. Each QBIT will (1) outline specific details regarding the research topic of interest and (2) provide proposal and submission instructions, including the due date for proposal submission, in addition to those outlined in this PA. Proposals must only be submitted in response to a QBIT.
AvailableProvide information for ultralow temperature quantum materials/devices measurement system.
Posted Date
Jan 5, 2026
Due Date
Jan 20, 2026
Release: Jan 5, 2026
Close: Jan 20, 2026
Provide information for ultralow temperature quantum materials/devices measurement system.
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