Summary Points Lumina simulates two billion years, capturing hydrogen and helium reionization. Early stars drove hydrogen reionization; black holes powered…
Browsing: HPC
Quick Takeaways Researchers propose photon-based qubits that superpose opposing directions of quantum evolution. Adjusting laser phase reverses controlled interactions, mimicking…
Quick Takeaways Quantum computers need real-time error correction to scale safely and reliably. Researchers tested scrambling and reset feedback on…
Quick Takeaways Researchers used first-principles calculations to precisely quantify the Kondo effect in materials. Magnetic impurities disrupt electron flow, increasing…
Quick Takeaways Northwestern physicists trapped a single positron for months in an ultracold vacuum. A tungsten crystal slowed radioactive positrons…
Essential Insights An unpublished Schrödinger manuscript challenges claims that hidden variables are impossible. His photon model reproduced quantum probabilities and…
Fast Facts Quantum fields may occupy unstable false vacuums, potentially threatening cosmic stability. Researchers modeled an expanding universe and found…
Summary Points Researchers found compelling evidence of pair density waves on uranium ditelluride’s surface. Pair-density-wave signatures persist above superconductivity’s transition,…
Top Highlights Earth’s early molten surface was bombarded by space rocks, creating a chaotic environment. The planet’s core releases hydrogen,…
Summary Points Quantum computers are highly prone to errors due to fragile quantum states. Google developed “magic state cultivation” to…