The ambiguity in associating gravitational waves with transverse-traceless components of the metric at second order in perturbation theory is resolved by computing the detector response to second order for the first time https://t.co/CSC0GyCQXw #OpenAccess
A framework unifies suppressed merging-limited coarsening and classical Brownian coalescence within a single predictive model for liquid-liquid phase separation in both synthetic and living systems
Letter: https://t.co/lvHJxr4pXT
Synopsis: https://t.co/4L9PBv61UR
Momentum-resolved EELS provides the first direct evidence that electrons impart measurable momentum to planar samples during mode excitation https://t.co/UTnYekWlbV
Large-scale Brownian dynamics simulations of 3D semiflexible polymers show that activity modifies the classic picture of the isotropic–nematic transition, which highlights a nontrivial interplay between activity, flexibility, and crowding in these systems https://t.co/YsiJVCBmrG
Definitive experimental evidence for the chirality-induced spin selectivity effect in a single molecule/superconductor junction via scanning tunneling microscopy
Letter: https://t.co/UnWlX2CE7P
Synopsis: https://t.co/gOIzARRQ2t
Neutron scattering measurements show that the altermagnetic splitting of chiral magnons in FeF₂ is small compared to the effects of long-range dipolar interactions https://t.co/UExALM6aRT
#PRLtrending for the week of 1 June 2026 #physics#trending
https://t.co/zNOTufMh91 #OpenAccess
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An index theorem on twistor space provides a simple first-principles derivation of the numerical factors in the one-loop QCD 𝛽 function https://t.co/QA4pwVHk2I #OpenAccess
There exist finite-group symmetries that are not onsiteable but anomaly-free in two-dimensional lattice models
Letter 1: https://t.co/dWpl9ukfaw
Letter 2: https://t.co/Nw5qxWEci0
A combination of ARPES, XAS, and DFT shows a dramatic eV-scale electronic restructuring in FeₓNbS₂, and points to a central role played by electronic correlations in the magnetism of Fe-intercalated transition-metal dichalcogenides https://t.co/vb6a2FPW0h
Quenching of the Z=6 proton shell gap in ²⁰O is in quantitative agreement with tensor-force predictions from the SFO-tls shell model.
Letter: https://t.co/S2SnJqWv0C
PhysMag: https://t.co/hQxJZi91Kd
Numerical simulations link chaotic growth of turbulent flows to intermittent, extreme strain-rate fluctuations in the fluid, suggesting faster than expected mixing and transport in highly turbulent flows https://t.co/yRua6dVUBe
A combination of GW calculations with GW perturbation theory methods predicts temperature-dependent electron-phonon renormalization of semiconductor band gaps in very good agreement with experiments
Letter: https://t.co/8IDDdHLVcQ
Synopsis: https://t.co/gRzBeiGvlq
#PRLtrending for the week of 2026-5-26 #physics#trending
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First-principles simulations combined with Eliashberg theory reveal that adjusting the two-level system surface density and characteristic frequency can either enhance or suppress the superconducting gap and critical temperature https://t.co/t7L7pcu9mS
Volume 136, Issue 20
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Cover: DC nonlinear transport mediated by electrons is governed by the nonequilibrium steady state associated with mechanisms of dissipation
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Helical backscattering-resistant acoustic transport in the bulk facilitates the fabrication of efficient and high-throughput on-chip phononic devices https://t.co/UK8WLkGN74
First-principles formalism within the GW plus Bethe-Salpeter equation framework describes exciton-polaritons at a negligible added computational cost https://t.co/L4KjF48bUn