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- Electron spin-qubit coherence reaches 10 ms
Researchers developed a 3D-printed GHz microwave resonator that maintains electron spin-qubit coherence times on the order of 10 milliseconds.
- Field
- hardware and chips
- What they did
- Scientists created a 3D-printed microwave resonator Paul trap that operates at GHz frequencies to confine electrons for millisecond durations.
- Why it matters
- This could be useful for building more stable quantum computers, as maintaining the quantum state for 10 milliseconds makes performing calculations significantly easier.
#quantum computing#spin qubit#3d printing#microwave resonator
