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297.
DOE announces funding for quantum information science and fundamental physics
The DOE has announced funding for research in quantum information science and its intersections with the foundations of physics.
297.
Researchers place molecules in a long-lasting quantum entangled state
Researchers have shown that they can keep quantum entanglement between molecules for about one second, which is a long time.
297.
Quantum material enables clean hydrogen production
Scientists have found a way to use chiral crystals to produce hydrogen from water more efficiently than before.
297.
A dynamic crystal of free electrons in graphene
Electrons in pentalayer graphene can be described as a "crystal" of electrons, where their positions and movements become highly correlated.
297.
Quantum information theory maps how quarks and gluons are entangled inside protons
Scientists have used quantum information theory to understand how quantum entanglement affects quarks and gluons.
297.
Light and sound entangled for better quantum technology
Scientists have found a way to create robust, less fragile quantum states by entangling photons with phonons.
520.
AGI Lessons from Holography
Delving into the brain's interpretation of reality, Rachel St. Clair tackles the challenge of creating AGI and proposes a holographic model approach.
11.
‘Magic trap’ preserves quantum coherence in ultracold molecules longer than expected
A 30-fold increase of quantum behavior
56.
Does Matter matter? Quantum Time Travel
Ben Goertzel explains how modern physics doesn't provide a crisp distinction between "information" and "physical matter" when describing scenarios for sending either one into the past.