Drexel University-led researchers have demonstrated a scalable vapor-phase process for growing crystalline MXene directly from inexpensive industrial precursors, potentially transforming ...
Scientists have demonstrated a single four-qubit entangling gate on a room-temperature spin register that runs ten times faster than sequences ...
A new systematic review reveals how artificial intelligence, generative models, and quantum computing are converging to transform drug discovery and ...
Researchers have developed a preprocessing framework that reduces arbitrary-order Ising-like Hamiltonians, shrinking combinatorial optimization problems before they are handed to ...
Researchers have built a quantum version of the classic perceptron whose probabilistic activation naturally suits quantum hardware and can even ...
Researchers have developed QuanONet, a quantum neural operator proven to achieve quadratic expressivity that outperforms quantum baselines and matches classical ...
A comprehensive new review finds that quantum graph neural networks deliver real parameter efficiency and task-specific utility, but definitive quantum ...
Physicists have demonstrated an eight-bit cascaded random access quantum memory in superconducting circuits, using a single transmon to address seven ...
Researchers at IISER Bhopal have presented a provably secure architectural framework that lets clients delegate private quantum computations and storage ...
Stevens Institute of Technology researchers have calculated that a train of twelve weak, precisely timed laser pulses can control quantum ...
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