Quantum Communication

Distributed compression and multiparty squashed entanglement

Mathematical Sciences / Physical sciences / Quantum Communication

Distributed compression and multiparty squashed entanglement

Mathematical Sciences / Physical sciences / Quantum Communication

NMR multiple quantum coherences in quasi-one-dimensional spin systems: Comparison with ideal spin-chain dynamics

Nuclear Magnetic Resonance / Mathematical Sciences / Physical sciences / Magnetic Resonance / Nearest Neighbor / Long Range / Oscillations / Quantum Computer / CHEMICAL SCIENCES / Analytical Method / Quantum Communication / Spin Chain / Spin Dynamics / Long Range / Oscillations / Quantum Computer / CHEMICAL SCIENCES / Analytical Method / Quantum Communication / Spin Chain / Spin Dynamics

Quantum optical coherence can survive photon losses using a continuous-variable quantum erasure-correcting code

Information Technology / Quantum Optics / Quantum Information / Quantum Information Processing / Mathematical Sciences / Physical sciences / Quantum Communication / Fault Tolerant / Error Correction Code / Physical sciences / Quantum Communication / Fault Tolerant / Error Correction Code

Quantum persistence: A random-walk scenario

Engineering / Random Walk / Mathematical Sciences / Power Law / Physical sciences / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight

Quantum persistence: A random-walk scenario

Engineering / Random Walk / Mathematical Sciences / Power Law / Physical sciences / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight / Stochastic dynamics / Quantum Persistence / Quantum Random Walk / First Passage Time / Quantum Dynamics / Quantum Communication / Levy Flight

Spin Squeezing of Atomic Ensembles via Nuclear-Electronic Spin Entanglement

Physical sciences / Electromagnetic Field / Room Temperature / Quantum Communication / Quantum Fluctuation / Internal Structure / QUantum state engineering / Internal Structure / QUantum state engineering

Full polarization control for fiber optical quantum communication systems using polarization encoding

Communication / Computer Aided Design / Data Compression / Quantum Theory / Control system / Computer Simulation / Real Time / Optical physics / Theoretical Models / Quantum Communication / Fiber Optic / Fiber Optic Technology / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Refractometry / Computer Simulation / Real Time / Optical physics / Theoretical Models / Quantum Communication / Fiber Optic / Fiber Optic Technology / Equipment Design / Equipment Failure Analysis / Electrical And Electronic Engineering / Refractometry

Quantum optical coherence can survive photon losses using a continuous-variable quantum erasure-correcting code

Information Technology / Optics / Technology / Quantum Optics / Quantum Information / Quantum Information Processing / Spectroscopy / Photonics / Biophotonics / Cryptography / Nature / Information Processing / Optoelectronics / Mathematical Sciences / Fibre Optics / Physical sciences / Terahertz / Quantum Communication / Fault Tolerant / Optical Data Storage / Error Correction Code / Quantum Information Processing / Spectroscopy / Photonics / Biophotonics / Cryptography / Nature / Information Processing / Optoelectronics / Mathematical Sciences / Fibre Optics / Physical sciences / Terahertz / Quantum Communication / Fault Tolerant / Optical Data Storage / Error Correction Code

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