Using engineered dielectric interlayers with selective etching, researchers enable deterministic electron trapping on solid neon, suppressing parasitic confinement and reducing noise-induced decoherence in quantum qubits.
#QuantumHardware #SolidNeon #QuantumQubits
#QuantumHardware #SolidNeon #QuantumQubits
Engineered Dielectric Surfaces for Deterministic Electron Trapping on Solid Neon
arxiv.org
July 16, 2026 at 4:08 AM
Using engineered dielectric interlayers with selective etching, researchers enable deterministic electron trapping on solid neon, suppressing parasitic confinement and reducing noise-induced decoherence in quantum qubits.
#QuantumHardware #SolidNeon #QuantumQubits
#QuantumHardware #SolidNeon #QuantumQubits
Researchers demonstrate 76 MHz Rabi frequencies in single-electron qubits on solid neon with superconducting NbTiN resonators, advancing toward practical spin-qubit implementations with extended coherence times.
#SpinQubits #SolidNeon #News
#SpinQubits #SolidNeon #News
RIKEN Achieves 10x Improvement in Rabi Frequencies Using Solid Neon Electron Qubits
quantumzeitgeist.com
July 2, 2026 at 3:35 PM
Researchers demonstrate 76 MHz Rabi frequencies in single-electron qubits on solid neon with superconducting NbTiN resonators, advancing toward practical spin-qubit implementations with extended coherence times.
#SpinQubits #SolidNeon #News
#SpinQubits #SolidNeon #News