This research demonstrates that quantum algorithms scale to 97 physical qubits using the Steane code for fault-tolerant error ...

Researchers have demonstrated a method for cancelling noise in analogue quantum simulations using a “small number of ...

Researchers entangle two magnon modes in two millimeter-sized yttrium-iron-garnet spheres using a superconducting qubit, ...

The proposed transduction-enabled superconducting quantum repeater (TESQR) architecture eliminates the need for probabilistic ...

Researchers coherently pump atoms from a Bose-Einstein condensate to create a fractional quantum Hall fluid, a state of ...

Researchers demonstrate that atoms emit light and gain momentum, creating hybrid entanglement between interparticle spin and ...

This research introduces electric-field inequalities for detecting entanglement in systems of N quantum emitters using ...

FORTH research reveals electron transfer, not layer spacing, controls superconductivity in iron-based materials.

New research introduces subdimensional entanglement entropy (SEE) as a probe of geometry and hidden connections between ...

The work reveals how entanglement in these joint measurements dictates teleportation performance and proposes a method to ...

Classiq provides the quantum software layer for Israel’s new Quantum Computing Center (IQCC), linking quantum code to its HPC ...

MIMOS led Malaysia’s early exploration of quantum communication and digital sovereignty before the current AI boom.