New Journal of Physics

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Stability of emergent time periodicity in a few-body interacting system iopscience.iop.org/article/10.108… We examine the onset and resilience of emergent #timeperiodicity in a few-body all-to-all interacting Lipkin–Meshkov–Glick #manybody model, where one of the constituents is locally in contact with a thermal bath. Employing both a #collisionmodelframework and a suitable #timecontinuousdescription, we show that stable time-periodic behavior can only be exhibited when the bath acts as a purely #dissipative channel. We assess the role that the microscopic interactions within the system play, establishing that for the all-to-all model the introduction of temperature leads to a melting of the emergent time periodicity, in contrast to stable long-time behavior which can be maintained for nearest neighbor XXZ type interactions. I am happy to see this out in the @NJPhysics.

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Proud to have helped bring this previously obscure-sounding tool to the forefront of quantum science. The Kirkwood–Dirac quasiprobability is being used so widely now, we had to publish a review about it! @NJPhysics iopscience.iop.org/article/10.108…

Experimental measurement of mean transition path velocities of colloidal particles surmounting energy barriers doi.org/10.1088/1367-2… via @NJPhysics

Here's a neat trick: an electric-dipole-forbidden 5p - 6p transition in Rb deployed as probe of atom dynamics in a magneto-optical trap doi.org/10.1088/1367-2… via @NJPhysics @NIST @JQInews @JILAscience

I wrote a high level explainer last year: thebreakthrough.org/issues/energy/… My colleagues just published on this in @NJPhysics: iopscience.iop.org/article/10.108… I contributed to its SI rigorously explaining quantum physics mechanisms for cold fusion in extensive detail: tinyurl.com/3nnbzeta

Dissipative quantum Hopfield network: a numerical analysis doi.org/10.1088/1367-2… via @NJPhysics

Honouring the incredible legacy of Alexander Marian Bradshaw CBE. As the co-founder and first Editor-in-Chief of NJP, Alexander was instrumental in its creation back in 1998. His visionary leadership transformed NJP from a pioneering experiment into a trailblazing success in open access physics publishing, even before the term “open access” was coined. @PhysicsNews

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Consequence of anisotropy on flocking: the discretized Vicsek model doi.org/10.1088/1367-2… via @NJPhysics

In our new short blog series, Emma Bartovsky discusses key benefits to publishing open access, including how you can get more eyes on your work, and enable wider collaboration. 👉ow.ly/Qikx50SPSzz  #AuthorInsights #PublishingSupport #PublishingAdvice #ResearcherSupport

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Our latest Author Insights blog is out now. 👉ow.ly/C2VX50SPSAS Including how you can enable a wider audience for your research, make unexpected connections and more. #AuthorInsights #PublishingSupport #EarlyCareerResearcher #PublishingAdvice

Elevate your career and embark on a rewarding peer review adventure with New Journal of Physics! 🌟 Join our community of reviewers and unlock a world of benefits, including discounts and awards. Come and find out more ow.ly/JJk450SQ3Cj #EarlyCareerResearcher #PeerReview

Una corriente de átomos térmicos interactuando con una única cavidad cuántica incrementa la energía de la cavidad continuamente. ¿Te interesa saber cómo? Lee nuestro estudio y descubre los detalles: ow.ly/Glvu50SSmzT #Física #CienciaCuántica #AccesoAbierto @NJPhysics

🔬 *Modelling co-evolution of resource feedback and social network dynamics in human-environmental systems* just out in @NJPhysics! Our study introduces a co-evolutionary model examining the effects of social networks and knowledge feedback on managing common pool resources 1/3

Discover how #OpenAccess can:   ➡️Increase visibility for your work   ➡️Boost downloads and citations   ➡️Foster wider collaboration   Find out more: ow.ly/zEQK50SPSCv   #OpenAccess #EarlyCareerResearchers #AcademicPublishing