Field dossier · from the corpus

Quantum optics

0predicted collisions

Where this field is predicted to collide

No open collisions on this field in the current run.

Most cited work

Quantum computational advantage using photons

20202,269 citationsDOI ↗

Solid-state single-photon emitters

20161,807 citationsDOI ↗

Chiral quantum optics

20171,644 citationsDOI ↗

Non-Hermitian photonics based on parity–time symmetry

20171,513 citationsDOI ↗

Ultrastrong coupling between light and matter

20191,477 citationsDOI ↗

Integrated photonic quantum technologies

20191,439 citationsDOI ↗

Recent work · 2024 onward

A tweezer array with 6,100 highly coherent atomic qubits

202588 citationsDOI ↗

Signals

54

Papers · in corpus

31k

Citations · corpus total

1.9%

Recent share · since 2024

2016–2025

Span · publication years

Who is doing the work

École Polytechnique Fédérale de LausanneCH9
Massachusetts Institute of TechnologyUS9
Institute of PhysicsCN8
Chinese Academy of SciencesCN8
University of Technology SydneyAU8
Sun Yat-sen UniversityCN7
National University of SingaporeSG7
Harvard UniversityUS7

Most published researchers

Yuri S. Kivshar3
Sergey Kruk3
Dirk Englund2
P. Senellart2
A. G. White2
Chao‐Yang Lu2

Already lives beside

Fields this one already co-publishes with. A predicted collision is a departure from this neighbourhood, not an extension of it.

Quantum23 Photonics22 Photon17 Quantum information12 Quantum computer12 Quantum entanglement9 Optoelectronics8 Open quantum system7 Quantum mechanics7 Quantum dot5

Quantum optics · Raz0r Prism