US Department of Energy launches Quantum Genesis Q competition for 2028
The US Department of Energy has announced the Quantum Genesis Q Competition, a grant program that, according to its request for applications, aims to produce a first-generation fault-tolerant, scientifically relevant quantum computer (SRQC) by 2028. The department anticipates up to $215 million in funding for the program, subject to congressional appropriations, and the money is tied to milestones rather than paid out upfront.
Up to ten awardees will be selected for Phase 1, each eligible for up to $1.5 million. All but $250,000 of that per-awardee amount is held back until the awardee delivers a validated prototype about a year into the contest, so an awardee whose verification and validation plans DoE approves gets only $250,000 up front. Those who deliver a validated prototype move into Phase 2, where participants share a $100 million incentive pool to build a first-generation SRQC by fall 2028.
DoE's illustrative benchmark for the Phase 1 prototype calls for at least 10 logical qubits capable of performing 10 cubed hard operations. For the final first-generation SRQC, the illustrative benchmark rises to at least 100 logical qubits capable of performing 10 to the fifth hard operations with fault tolerance.
The article notes that systems with far larger raw qubit counts already exist, but those are physical qubits, not the logical qubits DoE's targets are measured in: logical qubits group many fragile physical qubits into a single error-correcting unit. Caltech researchers demonstrated an array of 6,100 physical qubits last year. On the logical side, QuEra and its research collaborators have demonstrated an architecture using up to 96 logical qubits, and QuEra plans to introduce its Libra system by 2028 with more than 256 logical qubits and a logical error rate of 10 to the minus 6. The article's author writes that, on paper, Libra would put QuEra in the same broad performance territory as DoE's first-generation targets, though DoE's hard-operations metric and QuEra's logical error rate are not directly interchangeable measures; the author adds that QuEra would appear to be a plausible entrant but has not said it will enter the competition.
The article closes on a skeptical note from its author: whether the competition results in a working machine is uncertain, commercially viable quantum computing has repeatedly seemed a few years away, and DoE setting an ambitious deadline does not guarantee the industry will meet it. The piece carries a sarcastic subhead about the odds, but the funding program itself is reported as real, not as a joke.
Key facts
- DoE's Quantum Genesis Q Competition targets a first-generation fault-tolerant, scientifically relevant quantum computer (SRQC) by 2028, with up to $215 million anticipated, subject to congressional appropriations.
- Up to ten Phase 1 awardees are eligible for up to $1.5 million each, but only $250,000 is paid upfront; the rest is held back until a validated prototype is delivered about a year into the contest.
- Phase 2 awardees who deliver a validated prototype share a $100 million incentive pool to build a first-generation SRQC by fall 2028.
- DoE's illustrative benchmarks: at least 10 logical qubits performing 10 cubed hard operations for the prototype, rising to at least 100 logical qubits performing 10 to the fifth hard operations with fault tolerance for the final SRQC.
- For context, Caltech demonstrated a 6,100-qubit physical array last year, and QuEra has demonstrated up to 96 logical qubits and plans a Libra system with more than 256 logical qubits and a 10 to the minus 6 error rate by 2028, though QuEra has not said it will enter the contest.
Why it matters
This is a US government attempt to pull fault-tolerant quantum computing forward on a fixed timeline, using milestone-based grants rather than upfront funding, and setting explicit logical-qubit and operation-count targets for both a near-term prototype and a full first-generation SRQC by 2028.
Who it affects
Quantum computing companies and research groups that could apply for the up to ten Phase 1 awards, and later the Phase 2 incentive pool. The article names QuEra as a company whose planned Libra system would sit in a comparable performance range, though it has not said it will enter. No DoE official or spokesperson is named or quoted; all funding and benchmark details come from the program's request for applications.
How to use it
A prospective applicant would compete for one of up to ten Phase 1 slots, each capped at $1.5 million but paying only $250,000 upfront, with the balance released after delivering a validated prototype meeting DoE's approved verification and validation plan about a year in. Reaching Phase 2 means competing for a share of a $100 million pool to build a full SRQC by fall 2028.
How solid is it
The program is drawn from DoE's own request for applications, not from a spokesperson's remarks, and the article treats the Quantum Genesis Q Competition as real. Its sarcastic subhead and description reflect the outlet's own skepticism about the odds of success, not a suggestion that the program itself is fictitious or satirical.
Risks and caveats
The $215 million figure is contingent on congressional appropriations. DoE's hard-operations benchmark and QuEra's logical error rate are not directly interchangeable measures, so cross-company comparisons on paper are approximate. QuEra has not committed to entering. And, as the article's author stresses, commercially viable quantum computing has repeatedly seemed a few years away, so setting a 2028 deadline does not guarantee the industry will meet it.