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- 1Physicists Set New Record With Giant Schrödinger's Cat State●Physicists Created a Record-Breaking Schrödinger's Cat With Some of The Weirdest Atoms in Physics
Physicists report creating a record-breaking Schrödinger's cat state using some of the strangest atoms known to physics, pushing quantum superposition to unprecedented scale. The achievement, covered by ScienceAlert, points to progress in controlling quantum states of matter. Researchers say such experiments test the limits of quantum mechanics and could inform future quantum technologies.
- 2Quantum Computer Operates in Space for the First Time▼For The First Time, a Quantum Computer Has Operated in Space
A quantum computer has been operated in space for the first time, according to a report by ScienceAlert. The milestone suggests quantum computing technology can function in the harsh conditions of orbit, opening the door to space-based quantum research and potentially quantum communication networks between satellites. Details about the hardware involved and the mission responsible have not yet been widely reported.
- 3Quantum simulator captures process that can break quark strings▼Quantum simulator captures a strange process that can break quark strings
Researchers have used a quantum simulator to observe a process capable of breaking quark strings, the bonds that bind quarks together inside particles. The simulation offers a rare window into string-breaking, a phenomenon in quantum chromodynamics that is otherwise impossible to track directly because quarks cannot be isolated. Physicists say such simulators could help probe questions that classical computers cannot handle.
- 4Researchers Steer Quantum Vortices Along Atomic Rails▼Researchers At Nanoarchitectonics Center Guide Quantum Vortices With Atomic Rails
Researchers at the International Center for Nanoarchitectonics report guiding quantum vortices using purpose-built atomic-scale rails, a technique that could give scientists precise control over superfluid and superconducting behavior at the nanoscale. The work is drawing attention in physics circles for its potential implications for quantum materials research and future quantum technologies.