What a ‘2D’ quantum superfluid feels like to the touch

The experiments were carried out at about a 10000th of a degree above absolute zero in a special refrigerator and made use of mechanical resonator the size of a finger…

Late not great—imperfect timekeeping places significant limit on quantum computers

Simulating spins, spirals and shrinking devices for new classes of energy-efficient materials

Helimagnets are a set of naturally occurring materials in which the electrons arrange themselves into spirals. Some tiny electrically-conducting helimagnets could mimic an inductor—coils of wire that control the flow…

Theoretical modeling illuminates a new nonlinear Hall Effect

(a) Shows how the materials are layered in the heterostructure with six magnetic MBT septuple layers (SLs) and BP layers on top and bottom. (b) Shows atom arrangement in a…

Researchers demonstrate solution for long-term challenge, bringing benefits to spintronics and data storage technologies

New algorithms inspired by quantum computing for simulating polymeric materials

A deep look into the dipolar quantum world

Much like a ship built in a glass bottle, the quantum gas microscope features its vacuum chamber and lens in a single glass cell, with lasers creating a light crystal…

Scientists demonstrate electric control of atomic spin transitions

Scientists demonstrate the existence of a universal lower bound on topological entanglement entropy

When the constant-depth circuit is removed, the value of topological entanglement entropy (γ) computed from the state returns to the ideal value (γ₀). Credit: Dr. Bowen Shi. In a new…

LLNL leads initiative to advance muon-based imaging

Newswise — Today we can see inside seemingly impossible places—nuclear reactors, volcanoes, tsunamis, hurricanes, and Egypt’s Great Pyramid of Giza—thanks to muon imaging. This technique uses naturally occurring subatomic particles…