Karnataka has announced a collaboration with ETH Zurich, one of the world’s leading science and engineering institutions, to excavate research, talent, and commercialization in quantum […]
Read More Bengaluru’s ‘Q-City’: ETH Zurich Joins Karnataka’s $20B Quantum Push
QSVDD Quantum Support Vector Data Description improves quantum machine learning by providing efficient quantum data and classification.
Read More QSVDD Quantum Support Vector Data Description In QML
Trajectory-protected quantum computing offers a novel path to fault-tolerant quantum systems by isolating qubits from disruptive forces.
Read More Trajectory-Protected Quantum Computing Avoids Decoherence
Learn how symmetric channel verification enhances the fidelity of quantum data transmission by detecting imperfections in noisy quantum systems.
Read More Symmetric Channel Verification For Noisy Quantum Channels