Executivegov iconExecutivegovSep 18, 2026 ~6 min source read

DOE Opens $215M Quantum Genesis Q Competition to Spur Fault-Tolerant Quantum Computers

The Department of Energy launched a two-phase competition that offers up to $215 million to private-sector teams to build quantum systems with at least 100 logical qubits and to national labs for a $45 million validation and verification testbed.

DOE Launches $215M Quantum Genesis Q Competition to Build Fault-Tolerant Quantum Computers

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DOE’s Office of Advanced Scientific Computing Research launched the Quantum Genesis Q Competition with up to $215 million planned funding for private-sector teams.

DOE is also issuing a $45M Quantum HPC Validation and Verification Testbed lab call to national labs to validate hardware and stacks.

# What the DOE announced The U.S. Department of Energy (DOE) launched the Quantum Genesis Q Competition, a funding effort aimed at accelerating development of fault-tolerant quantum computers that can be used for scientific research. The Office of Advanced Scientific Computing Research within DOE's Office of Science is sponsoring the program and invited private-sector teams to apply through a request for applications (RFA).

# What entrants must deliver Proposals must outline plans to deploy quantum computers that:

  • Achieve a minimum of 100 logical qubits.
  • Execute hundreds of millions of fault-tolerant operations.
  • Include a scientific demonstration program that targets domain-specific computational benchmarks.

The goal is to produce systems that can address complex scientific challenges in fields such as chemistry, materials science, nuclear physics, and applied mathematics using error-corrected quantum computation.

# Competition structure and funding The competition is organized in two phases:

  • Fixed milestone awards up to $1.5 million per recipient.
  • DOE provided $2.5 million in fiscal year 2026 funds to kickstart the effort.
  • A $100 million general incentive pool for deployable systems meeting the minimum criteria (100 logical qubits and the fault-tolerant operation target).
  • Two separate $50 million bonus pools to reward demonstrations that reach 150 logical qubits and 200 logical qubits, respectively.

DOE noted that future funding beyond initial FY26 allocations will depend on congressional appropriations.

To complement industry hardware development, DOE issued a parallel $45 million Quantum High-Performance Computing Validation and Verification (V&V) Testbed lab call. That initiative will:

  • Fund national laboratories to establish testing protocols covering the quantum computing stack.
  • Evaluate physical hardware, quantum gates, control systems, and logical architectures.
  • Provide an integrated science-focused V&V capability to validate performance during the competition.

Initial funding for the lab call provides $14 million in FY26 to start work on those testbeds.

# Timeline and application process DOE scheduled a virtual informational webinar on September 25 at 1:00 p.m. ET to outline competition requirements. Final applications for the RFA were due October 19. The RFA is open to private-sector companies.

# How this fits federal strategy

# Practical implications for teams and research users Teams should prepare detailed technical plans showing how they will reach the logical qubit and operation-count thresholds and how they will demonstrate scientific value. National labs will provide standardized V&V to make award decisions more rigorous and comparable across different hardware approaches.

# Short takeaway The DOE's program ties significant financial incentives to concrete, measurable thresholds for fault tolerance and scientific demonstrations, while investing in national-lab testbeds to validate results. This creates a coordinated push to move quantum devices toward scientific usefulness rather than incremental hardware milestones alone.

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