Cavity Carving of Atomic Bell StatesSingle photons from a single atom trapped in a high-finesse optical cavityCooling and positioning of an atom in an optical cavityQuantum Interface between an Atom and a PhotonResonance Fluorescence of an Atom Pair in an Optical ResonatorPhoton-Mediated Quantum Information Processing with Neutral Atoms in an Optical CavityTwo-Photon Gate and Creation of Optical Cat States using One Atom in a CavityInteracting Photons in a Strongly Coupled Atom-Cavity SystemOptical microcavities for quantum communication with single atomsQuantum state transfer between remote single atomsSingle-Atom Quantum Memory for Polarization Qubits
P101
Optical bistability and photon statistics in cavity quantum electrodynamicsObservation of normal-mode splitting for an atom in an optical cavityAntiresonance Phase Shift in Strongly Coupled Cavity QEDAn elementary quantum network of single atoms in optical cavitiesReducing the effect of thermal noise in optical cavitiesInterference and dynamics of light from a distance-controlled atom pair in an optical cavityAtoms in an optical cavity: Quantum electrodynamics in confined spaceCavity Carving of Atomic Bell StatesPhoton-Mediated Quantum Gate between Two Neutral Atoms in an Optical CavityQuantum state carving of two atomic qubits in an optical cavityCoherent Control of Quantum Fluctuations Using Cavity Electromagnetically Induced TransparencyTwo-Photon Blockade in an Atom-Driven Cavity QED SystemCavity-based quantum networks with single atoms and optical photonsStrong coupling between photons of two light fields mediated by one atomContinuous parametric feedback cooling of a single atom in an optical cavityWie fängt man ein Atom mit einem Photon?: Ein Atom zwischen Spiegeln eröffnet neue Möglichkeiten in der QuanteninformatikQuantum optics with a new cavity QED setupSingle-Photon Distillation via a Photonic Parity Measurement Using Cavity QED
P921
Q59385061-3d306bb5-47be-e449-4c36-7495d1d5404dQ74216066-06031d17-472f-1a38-d120-b071dfa8e8f7Q74217083-efb12563-4419-24c0-d220-a90fd895f4e4Q74217734-05c5f21d-462f-12e7-ca54-c85dfaa0cdc6Q74218268-e979c741-4429-0de1-acaa-f1c08f34cc4fQ74218911-c35ff12f-4e0e-123f-44bd-644324a16a7aQ74219459-73d8b25c-467d-57e8-4361-32ab9c5084edQ74219857-463a5d41-421d-718a-53f1-0ddde7982a36Q74220289-d680ea8f-4a86-5891-5e14-ff46abe41738Q74220755-a917d054-45d4-9abd-4fe7-7d69ae3869dcQ74221296-b08b04d3-4961-a3af-701f-d91304e88aca
P101
Q27347540-48b5b605-441b-c95e-544a-dc16c10f57baQ27347916-74d58c34-4dcb-cb54-0e94-ebbdcc40dbd6Q27450047-e6a40153-4703-0193-ea09-d71117099f86Q34267940-146b472e-4558-8281-c373-88aa26673803Q58196923-1e5cf3db-4884-3f81-12e5-667d948294a4Q59385043-6f15ad60-4e20-3fb3-f3c3-0a8557bbf3f0Q59385046-111a35ae-4a26-b5dd-fb34-f4ab86b521ecQ59385061-92e7825c-4dc9-68c2-f673-8b7cdeca4072Q59385066-e56061eb-4bc8-0296-d0d9-72269fe98f75Q59385068-1af244af-46e7-b1af-4ad9-403fb9f47fe6Q59399538-48cc5ff9-491c-5d92-8bd6-aba3314f30caQ59399545-e644acf2-4801-b56f-77d4-972cf8419672Q59399571-3325252e-4da1-ab1a-5eca-af0489e19469Q59713678-7d2293b7-4ddb-09cc-f3ee-91f0b0ab628eQ59982203-19112a73-48d0-4e3b-ebc9-6760624f5931Q60316345-681dbbfc-4b41-b114-0d01-21c71660ae83Q61158152-c0cd3e76-48f1-7c5d-653f-495d808a73ecQ63255601-5760cb77-482f-fac4-7564-8300b99780b3
P921
description
Quantenphysik von Licht und Materie in einem Hohlraumresonator
@de
Quantum physics of light and matter in a cavity
@en
name
Kaviteetti-QED
@fi
Resonator-Quantenelektrodynamik
@de
cavity quantum electrodynamics
@en
kvantuma elektrodinamiko en kavo
@eo
腔室量子電動力學
@zh
type
label
Kaviteetti-QED
@fi
Resonator-Quantenelektrodynamik
@de
cavity quantum electrodynamics
@en
kvantuma elektrodinamiko en kavo
@eo
腔室量子電動力學
@zh
altLabel
CQED
@en
Cavity QED
@en
Cavity Quanten Elektrodynamik
@de
Resonator-Quanten-Elektrodynamik
@de
kava KvED
@eo
kava kvantuma elektrodinamiko
@eo
prefLabel
Kaviteetti-QED
@fi
Resonator-Quantenelektrodynamik
@de
cavity quantum electrodynamics
@en
kvantuma elektrodinamiko en kavo
@eo
腔室量子電動力學
@zh