A new study published in Physical Review A outlines how the quantum Mpemba effect can be engineered, enabling quantum systems to approach equilibrium more quickly when they start farther away.
Read the paper: https://t.co/abNERZRVxu
A theoretical demonstration of quantum emitters’ subradiant states for quantum metrology enables precise frequency shift detection with accuracy comparable to the best atomic clocks.
Read more in Physical Review A: https://t.co/p7fqlHoEPN
@harvardphysics@MIT_Physics
Scientists perform low-frequency electric field sensing using ionization detection on a collimated beam of Rydberg atoms, reducing electric field screening challenges in warm vapor cells with alkali metals.
Read more in Physical Review A: https://t.co/ciI5asxKMG
✨ @APSphysics is a Silver sponsor of #QIP2026! Find them during the conference expo and don’t miss the chance to apply for their tutorial workshop! Apply here: https://t.co/RHCWiALWLr
Learn more 🔗 https://t.co/BvvMsLAyrH
We are thrilled to announce that QIP 2026 will take place in Riga, Latvia 🇱🇻 on January 24–30, 2026!
📢 The submissions are now open — join the world’s leading conference on quantum information processing.
🔗 Visit conference website for more information: https://t.co/fbfgOzz2fZ
Santa Clara University just listed two new tenure-track Assistant Professor positions in experimental and computational physics:
https://t.co/TjXhBIjh8P
(SCU is a primarily undergraduate institution. It's a lovely place -- I did my postdoc there!)
When winds are low, windsurfers will “pump” to generate momentum. Using a miniature sail in an experimental water channel, a study published in @PhysRevFluids shows how this maneuver affects the forces that help propel the board forward.
Read more: https://t.co/0GbRBJaFJz
Our portfolio of peer-reviewed journals continues to rank among the top publications in physics, according to the 2024 Journal Citation Reports from @Clarivate. Click through for a look at our highlights from this year’s report.
🔗 https://t.co/4XghZOaCmn
Atom interferometry entails creating two BECs, sending them down two different paths, and recombining them to reveal subtle effects such as a local gravity gradient. A new way to make BECs rapidly looks set to make atom interferometry more powerful. https://t.co/i8DpCVXSwY