Photonics for Quantum (P4Q), a 12-country European pilot initiative, has been launched to ensure a global quantum leadership position.
Read More Europe’s €50M Photonics for Quantum P4Q: 12-Country Mission
The researchers obtained a tenfold increase in coherence time by “dressing” a singlet-triplet (ST) qubit composed of hole spins in germanium
Read More Dressed Singlet-triplet Qubit Protect Quantum Information
Researchers reveal a new technique for high-precision measurements across spatially separated places using a superconducting quantum networks
Read More Superconducting Quantum Networks for high-Resolution Sensing
This study introduces resilient protocols for distributed quantum sensing that protect measurements from eavesdropping while maintaining high metrological accuracy, even in noisy real-world conditions.
Read More Secure Distributed Quantum Sensing under Coherent Attacks