General & Applied Physics · Physics & Astronomy
Optics
The newest papers in Optics that ReadSearch has read, newest first. Each links to its own page, with its authors, date, where it was published and the original.
427 papers, from 31 August 2026 to 5 November 2026: 369 arXiv preprints and 58 OpenAlex records.
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Newest papers, page 14
Mathematical framework for simulation of non-perturbative cavity optomechanics with plate-like dielectrics
Cavity optomechanical models typically treat a sensor either as a perturbative polarizable object in a pre-existing optical field, or solve the field at a fixed equilibrium and linearize in a fixed…Thermodynamics of coupled electromagnetic and mass fields
We formulate a unified thermodynamic framework for chemical, mechanical, and electromagnetic transport by extending the Gibbs--Duhem relation to include kinetic free-energy contributions associated…Non-Stationary Quantum Systems Associated with Stationary Scattering in One Dimension
Stationary scattering admits a dynamical formulation in which the scattering data are extracted from the evolution operator for an effective non-stationary and non-unitary quantum system.Nonperturbative optomechanics with thin, weakly reflective intracavity dielectrics
Levitated dielectric sensors are often treated as perturbative probes of a pre-existing optical field.Partial-coherence weak measurement of polarization qubits with a temporal pointer: theory and experiment
Weak measurement has proven useful for metrology, for probing quantum paradoxes, and for the direct measurement of quantum states.Monogamy of quantum steering in exciton--cavity optomechanical system
In this work, we study a theoretical scheme to investigate the monogamy of quantum steering in a hybrid exciton--cavity optomechanical (EOM) system.Quantum Information-Theoretic Analysis of Optical Fiber Sensing via Stimulated Brillouin Scattering
Stimulated Brillouin scattering (SBS) is a powerful mechanism for distributed sensing in optical fibers, as the Brillouin response is highly sensitive to local material parameters.All-optical deconvolution via quantum cross-correlation spectroscopy with bright twin beams
The resolution of spectroscopic measurements is fundamentally limited by the convolution between a system's intrinsic response and the instrument response function, creating an ill-posed inverse…Judd-Ofelt analysis and coherent spectroscopy of europium-based molecular complexes for quantum information applications
Rare-earth-ion based molecular crystals are emerging as a promising platform for quantum information applications, combining long optical coherence times with the chemical tunability of coordination…Learning qBIC Resonances across Metasurface Families in Dielectric Fourier Space
Bound states in the continuum (BIC) metasurfaces are typically described by geometry-specific parameters, hindering cross-geometry comparison, while ultranarrow qBIC features are easily diluted in…From Solid-State Spin Defects to Fluorescent Proteins: A Perspective on Quantum Optical Sensing Platforms for Biomedical Applications
Quantum optical sensing has evolved from isolated solid state spin defect platforms to increasingly bio-integrated systems designed for biomedical applications.Local polarization control of optical tweezer arrays
Optical tweezer arrays trapping ultracold atoms and molecules are a versatile quantum science platform with broad impact in quantum simulation, quantum computation, and quantum metrology.Optimal linear-optical interferometers for unitary t-designs in a multi-photon Fock space
We investigate the construction of unitary $t$-designs in a multi-photon Fock space on programmable linear-optical interferometers.Isotope Effects at Classical Cost through Mass-Differentiable Machine Learning
Isotope effects govern fractionation and modulate reactivity, with applications from hydrogen energy to environmental science and catalysis, yet predicting them requires resolving small…The quantum geometry of the chemical bond
Electronic properties of materials depend both on band energies and quantum geometry of electronic states.Phonon-Enabled Collective Strong Coupling of Color Centers in a Plasmonic Cavity
Quantum emitters in hexagonal boron nitride (hBN) are promising building blocks for solid-state quantum photonics because of their bright room-temperature emission.Efficient detection of spectral cluster states
Multimode entangled states of light are key resources for high-dimensional photonic quantum technologies, particularly for continuous-variable quantum computing and quantum information processing.Beyond Spectroscopic Strong Coupling: Operational Benchmarks for Cavity-to-Magnon Quantum Transfer
Normal-mode splitting reveals coherent cavity--magnon hybridization but does not certify finite-time quantum-state transfer.Sub-shot-noise mid-infrared photothermal measurements using twin beams
Mid-infrared photothermal (MIP) measurement probes refractive-index changes induced by mid-infrared (MIR) absorption using visible or near-infrared light and has recently emerged as a powerful…Optimal Diffractive Focusing of Vortex Beams
We formulate diffractive ring focusing of paraxial beams carrying orbital angular momentum (OAM) through a finite circular aperture as a variational optimization problem.
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