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Communications Physics Profile
Communications Physics

@CommsPhys

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An open access @NaturePortfolio journal publishing high quality primary research, reviews and commentary in all areas of physics.

London and New York City
Joined July 2017
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@CommsPhys
Communications Physics
2 years
Communications Physics turns five years old! Check our selection of handpicked papers and vote in our feature image competition
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@CommsPhys
Communications Physics
4 months
What is the connection between computer science and physics? The #NobelPrize2024 in #Physics concludes this debate for us. Statistical physics methods lie at the bottom of computer science, and demonstrate that physics can serve the society beyond scientific problems
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@CommsPhys
Communications Physics
7 months
Chiara Lindner is our outstanding referee for this month. Chiara is a post-doc at the Fraunhofer-Institute IPM. Her research interests lie in experimental quantum and nonlinear optics, and how these can be used for mid-infrared sensing. @Fraunhofer_IPM
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@CommsPhys
Communications Physics
8 months
RT @Complexity72h: @jacopo_fregoni, editor at @CommsPhys @SpringerNature, is our first guest lecturer of today
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@CommsPhys
Communications Physics
10 months
RT @NatureComms: *Open for submissions* @NatureComms @CommsMaterials @CommsPhys @SciReports invite latest works on #perovskite #tandem #pho
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@CommsPhys
Communications Physics
11 months
Our editor Dr Saleem Denholme is back at the booth (next to the puppies). Come say hi! #apsmarch
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@CommsPhys
Communications Physics
11 months
Come meet our editor Dr Saleem Denholme at the Springer Nature booth (No. 1511)!
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@CommsPhys
Communications Physics
1 year
@DeepN_N @DuaneLoh Thank you for choosing to publish with us @DuaneLoh and colleagues
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@CommsPhys
Communications Physics
1 year
RT @NobelPrize: BREAKING NEWS The Royal Swedish Academy of Sciences has decided to award the 2023 #NobelPrize in Physics to Pierre Agostini…
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@CommsPhys
Communications Physics
1 year
RT @joefresna: To reach group agreement, it is better to silence your peers than convince them! To know more, check this thread 🧵👇 or read…
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@CommsPhys
Communications Physics
1 year
Quantum computers are likely to outperform classical devices on a range of chemical simulations. This front page highlighted paper by @jppiquem and collaborators explores with creating compact ansatz wave-functions while achieving chemical accuracy.
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@CommsPhys
Communications Physics
1 year
RT @medialab: In @CommsPhys, @yuanyuan_2, @eamanjahani, @shengjia_zhao, Yong-Yeol Ahn, and Prof. @alex_pentland use mobility network data a…
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@CommsPhys
Communications Physics
1 year
RT @jppiquem: Interested by compact ansätze to perform quantum chemistry computations on #QuantumComputing devices? Read our paper @CommsPh
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@CommsPhys
Communications Physics
1 year
RT @notsebastiano: Happy to share our new work out in @CommsPhys, with @manlius84! "Multi pathways temporal distance unravels the hidden g…
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@CommsPhys
Communications Physics
1 year
RT @sidhu_jasminder: Finite key performance of satellite quantum key distribution under practical constraints Now published in @CommsPhys:…
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@CommsPhys
Communications Physics
1 year
Our editorial board member Luqi Yuan will be attending the CPS Fall meeting in Yinchuan, China, 17-20 August. There will be also a Springer Nature Booth. If you are attending the conference, please feel free visit and have a chat with our colleagues.
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@CommsPhys
Communications Physics
2 years
The BCS-BEC crossover is typically observed using ultracold atomic systems but in this month highlight, the authors use a strongly correlated system to investigate the evolution of the superconducting state observing multiband nature of this transition.
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@CommsPhys
Communications Physics
2 years
The second of this month highlight papers presents many-body calculations to show that Nb3Cl8 is a cluster Mott insulator with correlated flat bands that could potentially house a molecular quantum spin liquid phase.
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@CommsPhys
Communications Physics
2 years
William Uspal is our outstanding reviewer this month. William works on theoretical methods to study self-organization in soft and active matter at the University of Hawai'i at Mānoa @uhmanoa. Thank you for your insightful review!
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@CommsPhys
Communications Physics
2 years
RT @NatRevPhys: Want more TIs? Check out the collection on 15 years of topological matter, with papers from @NatRevPhys @NatRevMater @Natur
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@CommsPhys
Communications Physics
2 years
RT @AdvPhot_NANOTEC: Have a look at our recent paper giving a new perspective on Berry curvature and its role in coupled quantum vortex dyn…
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