Perfectly replicating quantum information across a network unlocks possibilities for distributed computing and ultra-secure ...

Researchers developed a new quantum algorithm for solving linear matrix equations, like the Sylvester equation, exponentially ...

Zero net change in quantum measurement ‘non-objectivity’ defines a new boundary for interpreting probabilistic outcomes.

The team’s bright source promises a pathway towards more complex hybrid quantum systems by efficiently merging continuous and ...

Ohio State’s Douglass Schumacher joins a $4.5M NSF collaboration to develop tools for characterizing the world’s most ...

The researchers’ success in boosting entanglement swapping rates offers a clear path towards practical quantum networks; ...

Beyond simply meeting minimum qubit separation rules, residual van der Waals interactions continue to introduce noise into neutral atom processors. This work demonstrates how optimising beyond those ...

Query complexity scaling from multiplicative to additive now unlocks more efficient modelling of complex physical systems. A ...

Quantum X Labs Inc. announced additional advancement in quantum error correction using nvidia cuda q with new results on ...

Google Quantum AI research reveals power-law tails in quantum particle behavior on Cayley trees, indicating “semi-fractal” ...

Physicists at Stellenbosch University pinpointed a mechanism accelerating decoherence, the loss of quantum properties, at higher temperatures.

Douglass Schumacher, a professor in the Department of Physics, is part of a multi-university collaboration receiving a $4.5 ...