Physical Review Letters
@PhysRevLett
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Flagship journal of the nonprofit APS. The most cited physics journal, publishing Letters which substantially move physics forward.
Earth
Joined February 2015
Congratulations to John Clarke, Michael Devoret, & John Martinis @NobelPrize in Physics "for the discovery of macroscopic quantum mechanical tunneling & energy quantization in an electric circuit" in 3 PRLs https://t.co/ZJWyJB8ta4
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Volume 135, Issue 17 https://t.co/VO40I3u3o4 Cover: Snapshot of a flock of driven magnetic rollers in a racetrack propagating through an isotropic gaseous phase https://t.co/gkyQ23PTrT
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On the Eve of All Hallows, we gather beneath flickering candlelight to celebrate the season and those whose patronage sustains our cause... we cordially invite you to join us! When the clock tolls and the veil grows thin, the Host shall emerge cloaked in new and haunting
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A neural network framework that incorporates long-range interactions into machine-learning interatomic potentials opens up the possibility of capturing physics in ionic fluids, interfaces, ferroelectric materials, and biological systems https://t.co/se7W83yCQU
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An axionlike coupling between the inflaton field and standard-model gluons could directly induce warm inflation https://t.co/ZzYujWrxpQ
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Coexistence of Continuous-Variable Quantum Key Distribution and Classical Data over 120 km Fiber PRL: https://t.co/C0rBlgxnz4 PhysMag:
physics.aps.org
Data protected by quantum physics have been sent alongside classical data through 120 km of optical fiber.
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CoralPhone will have edge caching built in. Here is what that means and what it will do. ~🧵 1/6
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Job Opening: Full-Time Associate Editor, PRL We seek a dynamic and personable individual with postdoctoral experience in gravitation, astrophysics, or cosmology, to join our close-knit team of editors running the world’s leading physics journal. https://t.co/TJjkOaSO71
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Classically Estimating Observables of Noiseless Quantum Circuits Estimation of observables of quantum circuits exhibiting chaotic and locally scrambling behavior is classically tractable across all geometries https://t.co/tsqPStvX3r
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Stimulated Emission or Absorption of Gravitons by Light A proposed scheme for emitting gravitons in a verifiable earth-bound experiment may serve as a probe for quantum gravity https://t.co/WPu7d9QGr2
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A photonic kagome lattice with tunable dipoles achieves fully flat, dispersionless bands yielding robust light localization and new routes to interaction-enhanced phenomena https://t.co/Z8rQc42yje
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Triparticle radiography combined with a reconstruction algorithm simultaneously recovers the spatiotemporal evolution of self-generated electric and magnetic fields in laser-driven hohlraum experiments https://t.co/Gvq6j9zt7P
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Quantum memory with protocol that enhances efficiency while *reducing* noise. Efficiency: 94.6±1% Fidelity: 98.9±0.1% PRL: https://t.co/2tzeCXPSKO PhysMag:
physics.aps.org
A new approach stores and retrieves quantum states with record reliability, paving the way for improved quantum information processing.
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#PRLtrending for the week of 2025-10-20 #physics #trending
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Volume 135, Issue 16 https://t.co/OTEGPTMPrs A cavity induces spin-frustrating interactions in ultracold atomic gases, and holographically imaging its emission provides direct measurements of the spin glass states https://t.co/2WYSemYsz1
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The first dedicated measurement of the 𝑍-boson mass at the LHC (by @LHCbExperiment) agrees with the 2006 LEP value https://t.co/WTQgjbFC6Y
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Quasicrystals grow defect-free around pores, thus accommodating structural disruptions due to phasonic degrees of freedom Letter: https://t.co/7giqwrJpfS Focus:
physics.aps.org
Large-scale obstacles to crystal growth can throw the whole lattice off kilter, but quasicrystals can accommodate them without losing their atomic-scale order.
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The Wigner crystal phase in a two-dimensional electron gas is unstable at all densities when gate electrodes are sufficiently close https://t.co/RDo3ymNDo5
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Experiments coupled with DFT calculations uncover signatures of resonances that act as doorway states for low-energy electron emission in layered materials https://t.co/zanMfD1ASL
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Children are being sexualized, families are being destroyed, and the government doesn't want to do anything about it. Stand with us as we fight for families!
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Ultracold atoms in a multimode cavity form an equilibrium spin glass https://t.co/iMWQE3mc5z
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A strategy for phase matching high-harmonic generation with arbitrary harmonic orders in crystals enables the development of ultrashort-wavelength and ultrafast-pulse laser sources in tabletop systems https://t.co/zVnoRfvkzg
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A novel experimental method to map the phase-space of few-electron ensembles in an ultrashort pulse is introduced with timely applications for existing electron microscopy and spectroscopy techniques Letter: https://t.co/vCwvyBcitR Synopsis:
physics.aps.org
Electrostatic repulsion between electrons usually impairs the performance of electron microscopes. Now it can be turned into an advantage.
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The amount of long-range conditional mutual information generated under local channels undergoes a phase transition depending on the temperature of the Gibbs state https://t.co/BpoujPdTRP
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Our health-based projections have beaten the spread year after year. This season SIC Picks are winning at 65% on 3-Star picks and undefeated on guaranteed picks! Get access for NFL Week 8 now!
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