Quantum learning can scale with reflected states, overcoming size limits for continuous-variable quantum state learning.

New research on quantum strontium titanate (SrTiO3) reveals no superconductivity near absolute zero in high-mobility 2DEGs ...

Alice & Bob has, for the first time, decoded LDPC-cat codes on graphics processing units using NVIDIA’s NVQLink architecture.

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

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

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

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 ...

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

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.