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Probing Finite-Temperature Criticality via Quantum Annealing
Scaling Quantum Process Characterization via Entanglement-Enhanced Learning
New Framework Uses Quantum Geometry to Help Quantum AI Systems Remember What They Learn - The Quantum Insider
New quantum gravity theory links entropy, dark energy, and life
Quantum breakthrough links light and magnetism in atomically thin materials
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Pasqal releases QEX: an open‑source path to smarter quantum‑enhanced chemistry
Authors: Igor Sokolov, Lucia Garbini Imagine you could predict how molecules behave, how bonds break and form, how materials conduct or insulate, without tracking every single electron. That’s essentially what modern computational chemistry does: instead of following each electron individually, scientists model the overall “cloud” of electron density. This simplification is powerful enough to run on computers, which is why it underpins everything from drug design to battery research.
Comment on NSF Launches $1.5 Billion Independent X-Labs Initiative Targeting Quantum and Sensing Technologies by Yagna Tripathi
What if my Quantum sensing is designed for CGM (BioNanoTech)? Can I still submit my prototype proposal?
Top Quantum Computing Books Worth Reading in 2026 - The Quantum Insider
