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

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

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

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

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

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 ...

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

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

Dirac Labs secures $1.8M to advance its quantum universal positioning system, offering navigation independent of GPS.

The pursuit of stable qubits remains the central challenge to practical quantum computation; errors rapidly corrupt ...

WiMi Hologram Cloud Inc. proposes a quantum convolutional neural network, utilizing three-qubit interactions to improve ...

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