Submit your abstract by July 24 to share your research with 3,000 colleagues at the annual meeting of the Division of Fluid Dynamics. @apsfluiddynamic
🔗 https://t.co/701VpvqdI2
Using a general theoretical framework for multi-resonant absorption in an open, dissipative optical system, this study reveals the upper bounds of broadband light absorption and identifies ideal light-trapping strategies for #SolarCells.
Read the paper: https://t.co/5Chv8VX1cC
Maybe “shoot for the moon” isn’t the best strategy after all? 🌙
A model suggests the optimal level of ambition is slightly above average: ambitious enough to reach better opportunities, but not so high you waste time chasing impossible goals. Read more in @PhysRevE: https://t.co/PlSnBAa1uj
Classical #BlackHoles are thought to be perfectly rigid — but what if they’re not?
A new study in APS Open Science analyzes how black holes respond to tidal forces, revealing that internal structure could leave distinct signatures: https://t.co/O8lQbqA7A4
The @apsdpp and the Gaseous Electronics Conference are joining forces this year with a co-located meeting. Discuss new ideas, connect with your community, and explore cross-disciplinary science. ⚛️
Submit an abstract by July 22: https://t.co/P74cprmjis
In May 1931, Georges Lemaître proposed a radical idea: the universe had a beginning. 💥
His “primeval atom” hypothesis — once dismissed by Einstein as “abominable” — laid the foundation for what we now call the Big Bang theory. Read more in #APSNews: https://t.co/DfOmytgLLu
New research in @PRX_Life shows how corals use their beating cilia to create tiny 3D vortices that help move oxygen, nutrients, and waste across their surfaces. 🪸
Read the paper: https://t.co/7Um1vE8fK8
🚨 Last call for applications for the 2026 Conference for Graduate Women and Gender Minorities in Physics
Apply by May 31 for this two-day conference with research presentations, career sessions, and opportunities to connect with the physics community: https://t.co/4Tb7C5eimr
📣 Calling all researchers! Help us understand how #AI tools impact #physics research and publishing by sharing your feedback in an anonymous survey: https://t.co/I9uek7M2RQ
✨ Gold stays shiny for centuries. Now we know why.
A new study in @PhysRevLett reveals that when gold surfaces rearrange into hexagonal patterns, they become more resistant to oxygen-driven corrosion and slow the process by more than a billion times: https://t.co/GVMEc8xgso
New research in APS Open Science shows the electronic properties of multilayer graphene can be determined by considering each layer of the stack independently — offering a clearer path to custom-designed materials.
🔗 https://t.co/5dLA6noOOX
An “invisibility cloak” for heat? Researchers are getting closer. 🔥
Using #MachineLearning, scientists designed metamaterials that guide heat around an object while leaving the surrounding temperature field almost unchanged. Read more in @PhysRevLett: https://t.co/s6XGHK0w8h
We’re recognizing those making measurable improvements in undergraduate physics education.
If your department, program, or organization is doing this work, tell us about it. Apply for the Improving Undergraduate Physics Education award by Aug. 7: https://t.co/IDj7xMlxgO
Some of us suffered through pages of #Quantum equations — but today’s kids can learn it earlier through bingo, escape rooms, and board games. Read how researchers are making quantum concepts like superposition and entanglement more accessible in #APSNews: https://t.co/JDAMRJKKNz
Stardust trapped in Antarctic ice is revealing how our interstellar environment has changed. 🧊
Iron-60 found in 40,000-80,000-year-old ice strengthens evidence that it came from #Supernovae beyond our solar system. Read more in @PhysRevLett: https://t.co/9l6PSKVzvB
Congrats to the newest cohort of Student Ambassadors, who’ll represent APS at institutions across the globe. 🎉 🌍
These students are gaining leadership experiences to help them pave the future of science. Learn more about them: https://t.co/JokR3fyMgl
New research in APS Open Science shows #entanglement can be verified with limited measurements. Researchers used entanglement witnesses and photon qubits to confirm entanglement without full state reconstruction.
Read the paper: https://t.co/0dzk8bChTi
🌀 A study in @PhysRevD details a new method to more consistently estimate galaxy masses.
Researchers used pulsar “chips” to weight satellite galaxies, avoiding uncertainties found in other methods caused by the #MilkyWay’s evolution: https://t.co/QPPebEjl40