// Quantum Computing
Intel Feed

Quantum computing nears its ‘ChatGPT moment’ CTech

TRON Eyes Quantum Resistance by 2026, Says Justin Sun BeInCrypto

Post-Quantum Era Poses Unique Threats to Space Systems National Defense Magazine

3 top quantum computing stocks to buy in 2026 MSN

3 top quantum computing stocks to buy in 2026 MSN

Bitcoin Quantum Computing Threat: Is Your Crypto at Risk in 2026? Intellectia AI

I am struggling to find any information on getting the IQ plane from a job, especially in a Qiskit circuit and ibm hardware. Most of the standard documentation seems to focus on returning binary count…

National Quantum Algorithm Center Announces 2026 Grand Challenges Awards Quantum Computing Report

does anyone happen to have stim code for lattice surgeries at these surface code distances? preferrably Z /tensor Z surgeries but any two Pauli operators is fine. thanks!

Stable strategic outcomes now emerge within quantum systems where previously none existed without external imposition. Coupled quantum walkers demonstrate stationary strategy profiles in competitive, …

An oracle-free quantum algorithm now delivers circuit depth advantages over existing methods for simulating molecular dynamics. Unlike QROM-loading architectures, this approach offers a reduction in c…

Lindbladian homotopy analysis offers a quantum solution where Hilbert space dimension increases with O(Dlog(1/ǫ)). This contrasts with Carleman linearization’s O((1/ǫ)logD) and Koopman-von Neumann’s O…

Kernel training on quantum computers achieved 96. 8% accuracy on breast cancer data, yet demanded approximately 2,000 times more computation than classical methods. This extensive benchmarking of quan…

Average error rates in dynamic quantum circuits have fallen threefold, according to new results demonstrating improved performance on chains of up to 20 qubits. This advance stems from a learning fram…

Logical errors in a bivariate bicycle (BB) quantum code now occur at a rate of 3. 06% per logical qubit per cycle, a 2. 6× improvement over previously demonstrated results.

Seven- and nine-qubit systems, previously thought sufficient for universal quantum computation if their symmetries were broken, have now been demonstrated to be incapable of achieving this goal. This …

A routing overhead factor of one to four, compared to the logarithmic increase demanded by conventional methods, demonstrates a pathway to far more efficient quantum computation. Previously, qubit rou…

Zero transition amplitudes, previously discarded as negligible, reveal that reported gravitational entanglement is not genuine. Calculations including these terms demonstrate an initially separate qua…

Using only O(log n) additional qubits and operations, any existing block encoding can now be transformed into a new, ‘n-regular’ form. This construction bypasses previous limitations of Quantum Signal…

Achieving up to a four-order-of-magnitude improvement in fidelity, a new optimisation kernel bypasses computational limits previously hindering tensor network scalability. This analytical Hessian-vect…

One hundred seconds, the estimated coherence time achievable with a new qubit design, promises to redefine the boundaries of quantum computation. Applying this ‘spin Kerr-cat’ encoding to antimony wit…

Indistinguishable photons, vital for advanced quantum technologies, have previously demanded impractically precise cavity designs. This new architecture achieves a twelve-fold increase in photon extra…

Over 29 independent control parameters were simultaneously optimised, yielding excitation protocols that consistently outperform standard techniques for generating quantum states. This advantage isn’t…

Magnetic coupling between nuclear motion and nuclear spins in molecules Until now, theoretical descriptions of molecular magnetism have treated nuclear spin and molecular vibration as separate entitie…