Helium-3 Atoms Held in Laser Tweezers Point to Faster, More Stable Quantum Computers
University of Chicago researchers have proposed a quantum computing design that traps individual fermionic helium-3 atoms in optical tweezers, exploiting ...
University of Chicago researchers have proposed a quantum computing design that traps individual fermionic helium-3 atoms in optical tweezers, exploiting ...
Researchers used a hybrid trapped-ion quantum computer combining qubits and native phonon modes to simulate the real-time dynamics of a ...
A digital quantum processor using 104 qubits and W-state-based wavepacket preparation has produced evidence of inelastic particle production in one-dimensional ...
Quantum computers may eventually transform the study of molecules, magnetic materials and strongly interacting particles, but one obstacle stands between ...
For decades, physicists have been trying to understand what happens when a material that should conduct electricity instead behaves like ...
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© 2025 Scienmag - Science Magazine