IonQ presents its plans for accelerating into the fault-tolerant era at its 2026 Investor Day, forecasting $450M–$460M in ...

Curtin University research reveals a black hole’s ‘burp’ timing doesn’t depend on its size—even those millions of times ...

Physicists at the Large Hadron Collider extend the search for Quantum Black Holes, ruling out their existence with certain ...

A resonator locks down qubit frequencies in hexagonal boron nitride, stabilizing quantum emitters and reducing spectral instabilities.

Previously, quantifying ‘quantum magic’, the resource needed for surpassing classical computation, demanded optimisation ...

Previous hyperbolic colour codes offered only logarithmic protection against computational errors. Now, constructions ...

Silicon Quantum Computing (SQC) appoints semiconductor veteran John Hollister as CFO, bringing 25+ years of financial ...

A quantum server requiring merely *t* qubits, where *t* denotes the number of complex gates used, now enables secure ...

Quantum computers require both error correction *and* mitigation to function reliably, yet combining these approaches has ...

EigenQ secures approximately $45M in committed financing from an institutional investor to accelerate commercialization of ...

MIT builds a robot lab to automate optics experiments, reducing setup time and accelerating materials testing for solar cells ...

Can chemical reaction outcomes be accurately forecast when standard computational methods fall short by over one kilocalorie ...