Chronologie
La chronologie du domaine, chaque entrée portant une étiquette de source et une référence primaire. Filtrez selon le niveau de fiabilité que vous accordez aux sources.
Feynman argues nature should be simulated quantum-mechanically ●Peer-reviewedPeer-reviewed: Published in a refereed venue. Int. J. Theor. Phys. 21, 467 (1982) ↗
Richard Feynman's 'Simulating Physics with Computers' keynote frames the founding argument: exact classical simulation of quantum systems scales badly, so use a quantum machine.
Shor's algorithm ●Peer-reviewedPeer-reviewed: Published in a refereed venue. Proc. 35th FOCS (1994) ↗
Peter Shor shows a quantum computer could factor integers and take discrete logarithms efficiently: the result that ties quantum computing to cryptography forever.
Grover's search algorithm ●Peer-reviewedPeer-reviewed: Published in a refereed venue. Proc. 28th STOC (1996) ↗
Lov Grover proves a quadratic quantum speedup for unstructured search: broad, real, and much more modest than exponential.
Google claims quantum supremacy on a sampling benchmark ✕DisputedDisputed: A credible published challenge exists. Nature 574, 505 (2019); challenge: IBM Research blog, Oct 2019 ↗
A 53-qubit processor performs a contrived sampling task claimed to be classically infeasible. IBM published a credible challenge to the classical-runtime estimate: the canonical example of why benchmark claims need scrutiny.
Nobel Prize for entanglement experiments ■OfficialOfficial: Standards body or institutional primary source. NobelPrize.org ↗
Aspect, Clauser and Zeilinger honored for Bell-test experiments establishing that entanglement's 'spookiness' is physically real.
The logical-qubit era begins ●Peer-reviewedPeer-reviewed: Published in a refereed venue. e.g. Google Quantum AI, Nature 638, 920 (2024) ↗
Multiple groups demonstrate error-corrected logical qubits improving as code size grows — the 'below threshold' behavior the field considers its honest scoreboard.
NIST publishes the first post-quantum encryption standards ■OfficialOfficial: Standards body or institutional primary source. NIST CSRC announcement ↗
FIPS 203 (ML-KEM), FIPS 204 (ML-DSA) and FIPS 205 (SLH-DSA) are approved: the starting gun for the worldwide cryptography migration.
NIST selects HQC as an additional PQC algorithm ■OfficialOfficial: Standards body or institutional primary source. NIST PQC project ↗
A code-based backup encryption algorithm joins the standardization portfolio, diversifying beyond lattices.
Légende: ●Peer-reviewed ◐Preprint ▲Vendor ✕Disputed ◆Analyst ■Official : les étiquettes ne reposent jamais sur la couleur seule ; chacune porte un glyphe distinct.