Enabling Quantum Information Technology with 60 Photons and Beyond

reportActive / Technical Report | Accesssion Number: AD1150340 | Open PDF

Abstract:

The experimental and theoretical advances demonstrate the viability and potential of multiplexed photonic states for large-scale quantum tasks. The high efficiency, flux and precision switching they achieved showed that these attributes are useful for flexible and high-performance Noisy Intermediate Scale Quantum (NISQ) devices, ultimately providing a real-world system on which to develop new algorithms, tasks, and error handling protocols, with a precision and flexibility that can outperform competing technologies and demonstrations.

Author(s):
Ralph, Timothy ; Slussarenko, S. ; Lund, A. P. ; Pryde, G. J.
Author Organization(s):
QUEENSLAND UNIVERSITY OF TECHNOLOGY
Funding Organization(s):
AIR FORCE OFFICE OF SCIENTIFIC RESEARCH/FAR EAST APO SAN FRANCISCO 96503, Tokyo
Document Type:
Technical Report/Final Report
Publication Date:
2021 Jul 25
Pagination:
32

Security Markings

DOCUMENT & CONTEXTUAL SUMMARY

Distribution Code:
A - Approved For Public Release
Distribution Statement: Public Release

RECORD

Collection: TRECMS
Identifying Numbers
Report Number(s):
AFRL-AFOSR-JP-TR-2021-0001
Grant Number(s):
FA2386-19-1-4043
Program Element Number(s):
PE61102F
Subject Terms
Modernization Areas:
Quantum Science and Computing
Communities of Interest:
Energy and Power Technologies
Descriptor(s):
optical materials, optical fibers, quantum information, information systems, measurement, algorithms, amplifiers, circuit boards, crystal lattice vibrations, detectors, electronics, experimental data, fibers, governments, phase shift, pockels cells, probability
Keyword(s):
spdc(spontaneous parametric downconversion), nisq(e Noisy Intermediate Scale Quantum), Scatter-shot Photon Source
Subject Categories:
Physics; Physics
Creation Date:
2021 Oct 19
Update Date:
2021 Nov 15