Browsing Tag
Quantum physics
4 posts
Black Holes from Light?! – Impossibility Pushing Quantum Limits
Quantum effects make black holes in intense light impossible. Let's dive into the fascinating world of them!
A Sophisticated Computational Instrument Designed for Unraveling the Mysteries of Quantum Materials
Scientists from the University of Chicago's Pritzker School of Molecular Engineering, Argonne National Laboratory, and the University of Modena and Reggio Emilia have introduced an innovative computational tool. This tool is designed to elucidate the behavior of atoms within quantum materials as they interact with light—absorbing and emitting photons.
Indefinite Causal Order Enables Novel Battery Charging Method
Batteries harnessing quantum phenomena for power acquisition, distribution, and storage hold the potential to outperform conventional chemical batteries in specific low-power applications.
Quantum Information Scrambling in Open Systems: A General Description
In the past few years, physicists have been delving into a deeper comprehension of the spread of quantum information in systems of interacting particles, commonly known as "Scrambling." Scrambling is particularly notable in closed systems, which are physical systems capable of exchanging energy only with degrees of freedom within the system. This phenomenon stands out as a characteristic feature of the chaotic dynamics observed in many-body quantum systems.