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13 stories from Planck Standard. Latest: October 8, 2026.
University of Florence physicists, writing in Science, entangled a levitated nanoparticle's motion with a light field without cooling the lab to near absolute zero.
An Oxford-led analysis of ATLAS data reconstructed the Z bosons' spins from the electrons and muons they left behind. It is one of the highest-energy confirmations of entanglement ever recorded, a trillion times beyond tabletop photon experiments.
A Fresnel lens, a cone-shaped concentrator and a millimeter of crystal produced photon pairs 94% faithful to a perfect entangled state — and they violated Bell's inequality.
A centimeter-sized 'strange metal' crystal showed at least nine-partite entanglement, a startling sign that deep quantum weirdness can survive in a bulk object big enough to pick up.
A centimeter-sized 'strange metal' crystal at TU Wien showed groups of at least nine entangled entities acting together, the first time deep quantum entanglement has been measured in a macroscopic solid.
A University of Chicago team showed that giving paired atoms opposite energy shifts can conjure complex entangled states using only standard lab tools and tunable lasers.
A new room-temperature quantum device uses twisted light to entangle photons and electrons, overcoming one of the biggest hurdles in quantum technology development.
Japanese scientists developed the first method to instantly detect quantum "W states," a major milestone that could unlock faster quantum communication and powerful new computing systems.
Japanese scientists develop revolutionary method to identify multi-photon quantum entanglement in single measurement, advancing quantum computing.
Japanese researchers develop revolutionary method to instantly identify elusive quantum states that could unlock faster quantum communication and teleportation.
Japanese researchers develop new method that could revolutionize quantum teleportation and computing systems.
Swedish researchers develop theory for new quantum systems that protect information while enabling large-scale computing architectures.
ANU researchers have demonstrated Bell correlations in the momentum of helium atoms for the first time, using massive particles instead of light to test quantum entanglement.