Paper · P17

Mamann et al. (2025)

H. Mamann; T. Nieddu; F. Hoffet; M. Bozzio; F. Garreau de Loubresse; I. Kerenidis; E. Diamanti; A. Urvoy; J. Laurat · 2025 (Science Advances 11, adx3223); arXiv v1 2025-03-31

Status: ABSTRACT READOnly the abstract (and possibly skimmed PDF) was read; theorem details are not verified.
Game: W1 W2
Anchor: —
Source file: research/PRIOR_ART_MATRIX.csv

Precise theorem

Experimental Wiesner quantum-money primitive with an intermediate cold-atom quantum-memory storage step; 'stringent requirements on storage efficiency and noise level to reach a secure regime' (abstract). Security analysis NOT transcribed.

Citations

https://doi.org/10.1126/sciadv.adx3223(opens in a new tab)

Record

Every field of the source record, in file order.

Canonical linkcanonical_link: https://doi.org/10.1126/sciadv.adx3223 (arXiv:2504.00094)
Authorsauthors: H. Mamann; T. Nieddu; F. Hoffet; M. Bozzio; F. Garreau de Loubresse; I. Kerenidis; E. Diamanti; A. Urvoy; J. Laurat
Publication datepublication_date: 2025 (Science Advances 11, adx3223); arXiv v1 2025-03-31
Versionversion: arXiv v1
Correction statuscorrection_status: not checked
Input modelinput_model: polarisation-encoded weak coherent states; cold caesium atom memory
Verifier modelverifier_model: NOT_VERIFIED
Adversary capabilitiesadversary_capabilities: NOT_VERIFIED
Tested parameterstested_parameters: NOT_VERIFIED
Proof dependenciesproof_dependencies: NOT_VERIFIED
Datasetsdatasets: NOT_VERIFIED
Codecode: NOT_VERIFIED
Licenselicense: arXiv non-exclusive
Limitationslimitations: Not read in full.
What QMint addswhat_QMint_adds: 2025 experimental prior art: computing a secure regime from measured memory efficiency/noise - direct novelty conflict for 'device-data -> security region'.
Access statusaccess_status: ABSTRACT_READ
Qmint gameqmint_game: W1/W2-like with storage

Related entries

NOV-C6C6 · P17 (Mamann et al. 2025) derives a secure regime from measured quantum-memory efficiency/noise for Wiesner moneyCONFLICT