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Researchers at Purdue University have successfully trapped cesium atoms on an integrated photonic circuit, which functions like a transistor for photons, similar to how electronic transistors control electrical signals. This breakthrough, led by Associate Professor Chen-Lung Hung and published in Physical Review X, showcases the potential for building quantum networks using cold-atom integrated nanophotonic circuits. […]
Insider Brief Light is a powerful carrier of information, essential for both classical communication and emerging quantum technologies like quantum...
Insider Brief PRESS RELEASE — Before quantum computers can solve complex problems, researchers must develop technologies that manage larger numbers...
Enosemi, a silicon photonics chiplet and IP provider, announced today the availability of a portfolio of high-speed electronic and photonic design IP...
Enosemi, a silicon photonics chiplet and IP provider, announced today the availability of a portfolio of high-speed electronic and photonic design IP...
A team of Korean researchers has developed new p-type semiconductor materials and thin-film transistors that could lead to major innovations in...
A team of Korean researchers has developed new p-type semiconductor materials and thin-film transistors that could lead to major innovations in...
Quantum development company Archer Materials has manufactured two proof-of-concept electrical devices which have improved the readout of data of its...
Insider Brief: In a recent update from IBM Quantum, the Qiskit Serverless service has reached a new level of maturity, creating new opportunities for...
Insider Brief A team of scientists demonstrated fast photon-mediated entanglement between trapped ions, an advance that the team reports is a major...
Insider Brief PRESS RELEASE — The next quantum computer is ready for use in research and development at the Leibniz Supercomputing Centre (LRZ) of...