Aalto University uses tensor-network algorithms to simulate complex quantum materials, paving the way for dissipationless electronics and greener AI data centers.
Quantum Breakthrough: Accelerating Materials Design for Energy-Efficient AI Read More »
A concise insider update on quantum computing: what sets it apart, the path to ~100 logical qubits and quantum advantage (2026-2029), ecosystem growth, and practical opportunities.
The Quantum Computing Horizon: What to Expect by 2029 Read More »
How Alice & Bob’s cat qubits and a strong European ecosystem position France, Finland and the UK to lead fault-tolerant quantum computing.
Why Europe — Led by Alice & Bob’s Cat Qubits — Is a Real Contender in Quantum Computing Read More »
Advances in quantum hardware and algorithms are compressing the timeline to break RSA and elliptic-curve crypto. Steps for migration to PQC now.
The Accelerated Quantum Threat to Encryption: Why Q Day Is Closer Than You Think Read More »
Equal1 teams with Q-CTRL to add autonomous calibration to silicon quantum processors, reducing tuning time and improving reliability for scalable quantum hardware.
Equal1 and Q-CTRL Integrate Autonomous Calibration for Silicon Quantum Systems Read More »
NTNU and the Niels Bohr Institute report a method to track quantum data loss in superconducting qubits 100x faster, speeding the path to reliable quantum AI.
Quantum Data Loss Tracked: 100x Faster Qubit Measurements Read More »
A university-industry team demonstrated a scalable logical qubit using surface code error correction, advancing quantum computing and opening new paths for quantum AI.
Scalable Logical Qubit Demonstrated: What It Means for Quantum Computing and Quantum AI Read More »
QuiX Quantum reports the first ‘below-threshold’ photonic error mitigation using photon distillation with NASA, cutting errors and lowering costs for scalable quantum AI.
New scalable error-mitigation techniques reduce logical noise on medium-scale quantum processors, enabling deeper variational circuits and nearer-term quantum AI gains.
Scalable Error-Mitigation Paves Way for Deeper Quantum Circuits Read More »
Caltech and Oratomic say 10,000 to 20,000 qubits could enable fault tolerant machines by 2030. What this means for security and Quantum AI.
Quantum Computing Takes a Leap: Functional Machines Possible by 2030 Read More »
