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Published at November 10

Discovering emergent connections in quantum physics research via dynamic word embeddings

cs.LG

cs.AI

quant-ph

Released Date: November 10, 2024

Authors: Felix Frohnert¹, Xuemei Gu², Mario Krenn², Evert van Nieuwenburg¹

Aff.: ¹Universiteit Leiden, The Netherlands; ²Max Planck Institute for the Science of Light, Erlangen, Germany

Arxiv: http://arxiv.org/abs/2411.06577v1

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A0	quantum memory	quantum processor	quantum computation
A1	erasure channel	butterfly network	quantum fingerprinting
A2	gallium arsenide	nitrogen atom	quantum dot emission
A3	gaussian wavepacket	quantum propagator	coherent state
A4	phase noise	laser linewidth	cavity resonance
A5	compton scattering	kapitza dirac effect	electron interferometer
A6	ornstein uhlenbeck	white gaussian noise	stochastic dynamic
A7	clifford group	quantum compiler	anyonic model
A8	wavelength multiplexing	laser pumping	quantum repeater

B0	electric field	charged particle	electron wave
B1	ground state wave function	exact diagonalization	hartree fock theory
B2	quantum computer	quantum speedup	quantum advantage
B3	silicon quantum dot	electron spin resonance	metal oxide semiconductor
B4	photonic integration	satellite communication	network capacity
B5	dressed state	rabi oscillation	vacuum splitting
B6	quantum chaotic	prethermal state	ergodic system
B7	quantum logic	boolean algebra	logical connective
B8	laser interferometer	gravitational wave	squeezed quadrature