A Novel On-Chip Microwave-Optical Transducer
A Novel On-Chip Microwave-Optical Transducer
Spin Qubits Go Trampolining
Spin Qubits Go Trampolining
New Study From Florida State University Has Enhanced Our Understanding of the Single-Electron Solid Neon Qubit
Recently, scientists from Florida State University have studied a new type of quantum bit called an electron-on-solid-neon qubit. The team found that small bumps on the surface of solid neon in the qubit can naturally bind electrons, which creates ring-shaped quantum states of these electrons. When the bumps are a certain size, the electron’s transition energy aligns with the energy of microwave photons. Scientists can utilize this alignment to manipulate electrons in a controlled manipulation.
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Generation of the World's Top Level Time Scale with a High Uptime Optical Lattice Clock
Generation of the World's Top Level Time Scale with a High Uptime Optical Lattice Clock
New FAMU-FSU Research Shows Importance of Precise Topography in Solid Neon Qubits
New FAMU-FSU Research Shows Importance of Precise Topography in Solid Neon Qubits
Successful Demonstration of a Superconducting Circuit for Qubit Control Within Large-Scale Quantum Computer Systems
Successful Demonstration of a Superconducting Circuit for Qubit Control Within Large-Scale Quantum Computer Systems
Quantic Electronics Bolsters Quantum Tech with Acquisition of Component Manufacturer
Quantic Electronics, part of Arcline Investment Management, has acquired M-Wave Design. M-Wave produces radio frequency and microwave components for aerospace, defense, and quantum computing. Their products include passive waveguide and coaxial components that operate at cryogenic temperatures and support high power, low loss designs.