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LLNL Achieves 98% Quantum Control with 3D-Printed Ion Traps

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Source: Rude Baguette
LLNL Achieves 98% Quantum Control with 3D-Printed Ion Traps
Photo: Rude Baguette
TL;DR

Researchers at Lawrence Livermore National Laboratory have developed miniaturized, high-fidelity ion traps using 3D printing, significantly advancing quantum computing capabilities and enabling rapid prototyping of new designs, with potential applications in precision measurement and sensors.

Topics:sciencetechnology#3d-printing#ion-traps#quantum-computing#quantum-fidelity#quantum-hardware#technology
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  1. "We Trapped Atoms Like Never Before": Lawrence Livermore Achieves 98% Quantum Control While Physics Community Watches Everything Change  Rude Baguette
  2. Miniaturized Ion Traps Show Promise of 3D Printing For Quantum-Computing Hardware  The Quantum Insider
  3. Scientists hit 98% quantum gate fidelity with 3D-printed miniaturized ion traps  Interesting Engineering
  4. LLNL Researchers 3D‑Print Miniaturised Ion Traps, Advancing Quantum Computing  Quantum Zeitgeist

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