A unified first-principles theory shows far-field spatial coherence from dissipative objects as algebraic superposition of elastic scattering and thermal emission mechanisms under quantum illumination.
Title resolution pending
5 Pith papers cite this work. Polarity classification is still indexing.
5
Pith papers citing it
fields
quant-ph 5years
2026 5representative citing papers
Defines witness E_NG whose ceiling lower-bounds the Gaussian-irreducible Schmidt number, creating an operational hierarchy for non-Gaussian entanglement in continuous-variable systems.
A tunable preprocessing stage in GKP Steane error correction minimizes the product of output position and momentum noise variances when 2a equals b in the small-noise regime and outperforms the ME-Steane scheme.
Finite stellar rank creates a trade-off between state-preparation cost and QEC performance for bosonic codes, with rank k=2 optimized encodings surpassing break-even under dephasing.
Displacement-covariant deterministic CV teleportation channels have vanishing fidelity deviation for coherent states independent of Gaussianity, while input-selective conditioning creates a trade-off that increases deviation and lowers success probability.
citing papers explorer
-
Far-field spatial coherence driven by lossy objects: first-principles approach unifying scattering of quantum light and thermal emission
A unified first-principles theory shows far-field spatial coherence from dissipative objects as algebraic superposition of elastic scattering and thermal emission mechanisms under quantum illumination.
-
Non-Gaussian Entanglement Hierarchy Based on the Schmidt Number
Defines witness E_NG whose ceiling lower-bounds the Gaussian-irreducible Schmidt number, creating an operational hierarchy for non-Gaussian entanglement in continuous-variable systems.
-
Optimized Gottesman-Kitaev-Preskill Error Correction via Tunable Preprocessing
A tunable preprocessing stage in GKP Steane error correction minimizes the product of output position and momentum noise variances when 2a equals b in the small-noise regime and outperforms the ME-Steane scheme.
-
Bosonic quantum error-correcting codes with finite stellar rank
Finite stellar rank creates a trade-off between state-preparation cost and QEC performance for bosonic codes, with rank k=2 optimized encodings surpassing break-even under dephasing.
-
Universality cost of non-Gaussian enhancement in continuous-variable quantum teleportation: A fidelity--deviation trade-off
Displacement-covariant deterministic CV teleportation channels have vanishing fidelity deviation for coherent states independent of Gaussianity, while input-selective conditioning creates a trade-off that increases deviation and lowers success probability.