Researchers demonstrate a 3D-printed Paul trap combining GHz microwave resonance with optical access, predicting millisecond-scale electron spin-qubit coherence via validated electromagnetic simulations and Johnson-noise analysis.
#QuantumTraps #SpinQubits #Research
#QuantumTraps #SpinQubits #Research
3D-Printed GHz Microwave-Resonator Paul Trap for Millisecond Spin-Qubit Coherence
iq.fp2.dev
October 31, 2026 at 7:25 PM
Researchers demonstrate a 3D-printed Paul trap combining GHz microwave resonance with optical access, predicting millisecond-scale electron spin-qubit coherence via validated electromagnetic simulations and Johnson-noise analysis.
#QuantumTraps #SpinQubits #Research
#QuantumTraps #SpinQubits #Research
Researchers demonstrate a 3D-printed Paul trap combining GHz microwave resonance with optical access, predicting millisecond-scale electron spin-qubit coherence via validated electromagnetic simulations and Johnson-noise analysis.
#QuantumTraps #SpinQubits #Research
#QuantumTraps #SpinQubits #Research
3D-Printed GHz Microwave-Resonator Paul Trap for Millisecond Spin-Qubit Coherence
iq.fp2.dev
October 31, 2026 at 7:25 PM
Researchers demonstrate a 3D-printed Paul trap combining GHz microwave resonance with optical access, predicting millisecond-scale electron spin-qubit coherence via validated electromagnetic simulations and Johnson-noise analysis.
#QuantumTraps #SpinQubits #Research
#QuantumTraps #SpinQubits #Research