In #Quantum Information any density matrix can be represented as an infinite number of ensembles of pure states. How do you choose one❓ This can be seen as an inference issue ✅ Check it out: Maximum Geometric Quantum Entropy 🚀 mdpi.com/1099-4300/26/3…

At Kernel-Science one of our priorities is to help the scientific community. 💪 It’s our pleasure and honor to contribute to the sponsoring and organization of the first in person AstrocyteCafe 🙌

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Max Geometric Entropy Principle verified! In mdpi.com/1099-4300/26/3… we proposed a #MaxEntropy principle to select an ensemble among many with the same density matrix. People at Caltech Stanford University and Massachusetts Institute of Technology (MIT) have seen it emerge dynamically 🚀arxiv.org/pdf/2403.11970…

The particle in a 1D box is a staple of solvable models in #QuantumMechanics ✅ What happens when the walls move ❓ You need a whole new theory ⁉️iopscience.iop.org/article/10.108… While preparing for the stochastic extension, here are some mesmerizing simulations. Enjoy!!

Conditional Ensembles are distributions of pure states of a #Quantum system conditioned on its environment, heralding the mechanism behind the emergence of a density matrix 🚀 Also called Geometric Quantum States, they exhibit fascinatingly chaotic features 🦋 Enjoy!!

Complex Quantum Systems are one of the frontiers of our understanding. Today, I had a great time exchanging ideas with people at National Institute of Standards and Technology and Univ. of Maryland Looking forward to the Quantum Thermodynamics 2024 conference! qtd2024.umd.edu

🚀 I’ve joined UMBC as an Assistant Professor in Quantum Information Science! Leading the #ComplexQuantumSystems theory group and working at the interface of #ComplexityScience & #QuantumTheory. #PhDStudent position soon! Interested? Reach out: [email protected] 💻

🚀 Observable Statistical Mechanics (OSM) 🔬 A new approach to equilibration and thermalization, focused on measurement outcome statistics rather than the entire quantum state. 🔑 Key points - Uses a new, observable-specific notion of energy - The Maximum Observable Entropy

🚀 The Complex Quantum Systems group at UMBC is live! 🌀 We focus on theoretical quantum information science at the interface of quantum info and complex systems. 💻 Learn more [cqs.umbc.edu] 📧 PhD/Postdoc positions available! Contact me at [[email protected]]

🚀 #PhD & #postdoc Openings! The #ComplexQuantumSystems Group at UMBC is recruiting candidates in three focus areas: 📍 #Quantum 📍 #Complexity 📍 #PhysicsOfInformation 💡 Interested? Send an Expression of Interest to: 📧 [email protected] More info: cqs.umbc.edu

🔬 New insights in Biological Information Processing! #PhysicsOfInformation helps uncover nature's hidden strategies for processing info in noisy, non-equilibrium environments. Nicoletti & Busiello’s latest work shows organisms can boost info harvesting, even beyond ideal

This is YOUR opportunity to join my fantastic colleagues and me UMBC Physics. Apply now!

🚀 Symposium Reminder 🚀 Next week, within the 2025 American Physical Society March Meeting, I'll chair a symposium on #QuantumThermalization - Understanding the dynamical foundation of #QuantumThermodynamics". 🔗 Details: lnkd.in/dMKDUvzH 🌟We will discuss five critical points in