A recent Suggestion considers an extreme mass ratio black hole inspiral within a scalar cloud. The inspiral induces radiation from the cloud, which in turn can modify the dynamics of the orbit, causing shifts in the gravitational wave pattern. #EdSugg https://t.co/a6RrmUXIa2

A new Suggestion extends previous work on loop computations using recursion relations from "cut equations". By carefully defining planar loop integrands, the authors generalize this technique to gluons in pure Yang-Mills theory. #EdSugg https://t.co/86WNQ7yWdd

While black hole entropy is often studied via its relationship to the area of the event horizon, this highlight proposes an upper bound on entropy from the BH's specific heat. This can be proved for special conditions and tested in other examples. #EdSugg https://t.co/BXKb10iehy

Primordial black holes may form in the early universe. For masses < 10⁹ g they are thought to evaporate without a trace before nucleosynthesis. But, a new Suggestion shows such objects can cluster and merge, potentially leaving detectable signals. #EdSugg https://t.co/TJqRp8YQlx

Measurements of cosmic distances suggest the dark energy in our universe may be changing over time. However, a recent highlight finds that relaxing the assumption of a perfectly isotropic universe via a local overdensity can also fit the data. #EdSugg https://t.co/FSupW0KkRS

This Suggestion explores a new source of gravitational waves during first order phase transitions in the early universe. Colliding bubbles can efficiently produce particles coupled to the field undergoing the transition, impacting the GW signal. #EdSugg https://t.co/2mX4bJyPD8

The high luminosity of magnetars is thought to be powered by decay of their extreme magnetic fields. However, in this highlight detailed simulations of stellar evolution with heating from ambipolar diffusion show this mechanism may not be enough. #EdSugg https://t.co/mZMXDteSDK

Ultracompact objects may collapse due to nonlinear instabilities related to stable light rings. In this Suggestion detailed numerical simulations are used to show that scalarized Reissner-Nordström black holes can remain stable despite such rings. #EdSugg https://t.co/5v8pl26eC2

The time between the end of inflation and the onset of nucleosynthesis is poorly understood. A recent highlight examines the case of matter domination in this era, where self-interactions can lead to primordial black holes and other exotic objects. #EdSugg https://t.co/FEb3Q6WpnQ

Inspiralling neutron stars undergo tidal deformation, which leaves an imprint in gravitational waves. A new Suggestion applies a general relativistic approach to the nonlinear regime where tidal and internal hydrodynamical timescales are similar. #EdSugg https://t.co/Hg3RUIzZzN

A recent highlight uses effective field theory to study the effects of spinning particle models of Kerr black holes, pushing forward the gravitational self-force expansion. and identifying a new spinning recoil term. #EdSugg https://t.co/DaTKwMQq2L

Future gravitational wave detectors will have better sensitivity and cover wider frequency bands than current experiments, bringing new complications. A recent highlight examines methods for disentangling overlapping signals from multiple events. #EdSugg https://t.co/ywFozwfTBc

See here for a Focus story on their award-winning work, including free-to-read papers published in the Physical Review. #physics https://t.co/L4SAsIsqzn

We're celebrating this year's Nobel Prize winners in physics! Congratulations to APS members John Clarke, Michel H. Devoret, and John M. Martinis for their work on macroscopic quantum devices and tunneling. #physics https://t.co/KkKY0gwhjF.

The DESI papers from the Data Release 2 have now been published in Physical Review D. Visit https://t.co/4ePWrToG66 to see the special issue compiled by the Physical Review Astronomy and Astrophysics Topical Group, which is expanding its coverage of astronomy and astrophysics.

Cooling white dwarfs go through a phase of periodic luminosity fluctuations. Data from the Kepler telescope also shows aperiodic and semi-periodic flares. A new Suggestion shows how tools from statistical physics can be used to model this behavior. #EdSugg https://t.co/Cu8TWN7Jh5

This highlight examines baryonic feedback effects on cosmological observables. Using a halo assembly histories approach, the authors study feedback on Sunyaev-Zel��dovich effects, X-ray counts and weak lensing as functions of halo mass and redshift. #EdSugg https://t.co/gnUpGTCgWL

A new Suggestion presents state-of-the-art lattice QCD calculations of the semileptonic decay of 𝐷𝑠 mesons. Taking into account all systematic errors the authors find good agreement with experiment, with a clear potential for improvement. #EdSugg https://t.co/WYpwlTnIST

🎉 Congratulations to the 2025 Reviewer Excellence Award winners: https://t.co/KlMTZOVDni Their commitment to rigorous, constructive peer review helps maintain the integrity and quality of the Physical Review journals. #PeerReviewWeek

Feynman diagrams for particle scattering are not manifestly causal, involving intricate cancellations to arrive at a physical result. A new Suggestion tries to improve this by implicitly summing over final states in a probability-level approach. #EdSugg https://t.co/T9eGognmfL