Latest quantum computing, quantum tech, and quantum industry news.
The Government of Karnataka installed a 25-qubit quantum computing system called QpiAI-Indus at the Quantum Computing Centers of Excellence at the Indian Institute of Information Technology (IIIT) Dharwad and IIIT Raichur.
Read More Karnataka QpiAI-Indus 25-Qubit Quantum Computer at IIIT
Google Quantum AI researchers present Quantum MIST, a technology that could significantly improve quantum computing measurement precision.
Read More Quantum MIST: Google Quantum AI stables Qubit Measurements
The PQEC achieving a 75% error threshold, marking a significant step toward more stable and fault-tolerant quantum computing systems.
Read More PQEC Achieves 75% Error Threshold In Quantum Computing
NEC and Parity Quantum Computing are collaborating to improve Kerr Parametric Oscillator technology for next-generation quantum computing.
Read More NEC And Parity Quantum Computing Improve KPO Research
The Center for Strategic and International Studies news says nations are accelerating efforts to combine quantum and classical computing.
Read More The CSIS Center for Strategic and International Studies News
Chris O Brien has been named Managing Director of Infleqtion Australia, bringing extensive to support the company’s in quantum technologies.
Read More Chris O Brien Appointed as MD at Infleqtion Australia
Scientists present a plan to test the Poincaré Recurrence Theorem in quantum systems using qubits, advancing experimental quantum physics.
Read More Poincaré Recurrence Theorem Tested with Quantum Qubits
Scientists create a photonic ski-jump interface that converts on-chip light signals into high-quality beams for quantum computing, imaging, & sensing
Read More Photonic Ski-Jump: Nanophotonic Chip-to-World Beam Scanning
Scientists created a Layered KIK (LKIK), which offers a “bias-free” and “drift-resilient” solution for error mitigation in dynamic quantum circuits.
Read More New LKIK Technique Tackles Quantum Noise in Dynamic Circuits
Scientists used iPEPS, an advanced tensor-network framework, to simulate momentum-resolved spectra for two- and three-dimensional systems.
Read More iPEPS and Imaginary Time Allow 3D Quantum Material Studies