Link to the paper in @prxquantum.bsky.social (@apsphysics.bsky.social): doi.org/10.1103/tldp...

#QuantumScars #QuantumManyBodyScars #QuantumTheory #QuantumScience #ClassicalPhysics #PeriodicOrbits #Periodicity #QuantumYear #IYQ2025 #QuantumYear2025

Bridging classical physics and quantum theory, this method could also shed light on other hidden quantum phenomena.

With Marko Ljubotina and Gökhan Yalnız.

The Serbyn group recently demonstrated that quantum many-body scars are more common than anticipated. Now, ISTA PhD student Elena Petrova has developed an algorithm to find them using classical equations of motion.

One phenomenon that particularly interests Maksym Serbyn’s group is quantum many-body scars. They embody a curious concept whereby interacting particles retain properties that do not ‘decay’ or get ‘dispersed’ over time.

Link to the paper in Magnetic Resonance: doi.org/10.5194/mr-2...

#carbonfootprint #sustainability #sustainableresearch #conferencetravel #environment #greenhousegases #nmr #nuclearmagneticresonance

The authors hope that their results will help researchers make informed, climate-conscious decisions about conference travel in various fields.

The results of an ISTA study on the carbon footprint of travel to NMR conferences are now published in Magnetic Resonance, the journal of @group-ampere.bsky.social.

With ISTA Sustainability Manager Jeroen Dobbelaere, Professor Georgios Katsaros, and ISTA graduate students.

Thanks to everyone who joined. We hope you left inspired by the mysteries and possibilities that lie beyond our planet!

“With our current level of technology, if we find life only once somewhere else in the universe, then life must be abundant out there.” – Lisa Kaltenegger

Kaltenegger captivated us with insights into recent discoveries and the challenges in searching for life across the vast reaches of space. Her research delves into how to characterize rocky planets circling other stars, ultimately looking into the question whether we are alone in the Cosmos or not.