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Scientists achieve a record-breaking temperature 280 billion times colder than deep space

Physicists developed a new gravitational model called MAGIC that forces time to always move forward to prevent time travel paradoxes, though it currently introduces an instability that could cause tiny disturbances in spacetime to grow exponentially.

A new quantum state of matter works at room temperature

The Movement Physics of Super Mario Bros - Behind the Code

Decoupling a Python quantum physics solver from a JavaFX 3D UI via gRPC to achieve 60 FPS in molecular dynamics

Physicists trap a single antimatter particle for a month

Michigan State researchers are developing transparent solar glass that captures invisible UV and near-infrared light while letting visible light through

A new model suggests Mars may host ice-forming physics never directly observed before

A theoretical study predicts that cycling interactions between attraction and repulsion in a one-dimensional Bose gas can create “fractional Fermi seas,” highly excited states with hidden order beyond standard Tomonaga–Luttinger liquid theory

Physicists Develop a New Quantum Method That Predicts the Kondo Effect Up to 100 Times More Accurately, Potentially Advancing Research Into Superconductors and Quantum Materials

A levitating nanoparticle jiggled when hit by individual gas atoms or molecules

Physicists Discover That Maxwell’s Demon Can Extract Three Times More Energy by Exploiting Hidden Memories, Revealing How Information Stored in a System Can Be Used to Boost Energy Extraction and Challenge Our Understanding of the Relationship Between Information…

SPARC positioned to demonstrate fusion power breakeven

Study Finds That Detecting Persistence Transitions in Nonlinear Dynamical Systems Depends on What Is Measured

Primordial black holes might be five-dimensional—and formed by cosmic strings

Singapore physicists build the world's most accurate optical atomic clock using a single lutetium ion, measuring time precision to 19 decimal places.

Physicists Trapped a Particle of Antimatter And Kept It Caged For Months

A thorium-229 optical nuclear clock with feedback loop

Ferromagnetic phase transition of DPPH induced by a helical magnetic field

A Type-I Superconductor Breaks Time-Reversal Symmetry

Spin force from a nitrogen-vacancy ensemble drives a 100-mg levitated resonator

Rutgers and IBM Demonstrate Real-Time Quantum Feedback Control Across 100 Qubits

A new study has overturned a 40-year-old assumption by revealing that high-temperature cuprate superconductors do not possess a uniform crystal structure, but are instead made up of a patchwork of different atomic arrangements.

Researchers found a nearly 28% difference in laser injury thresholds between darker- and lighter-pigmented skin under tested conditions, raising questions about how laser safety standards should account for skin pigmentation

Physicists Quantum-Entangled a Levitating Speck of Glass With Light at Room Temperature

'A Weird Religious Stance:' GM Exec Says Ditching Radar For Self-Driving 'Ignores Physics'

Two teams, in Europe and China, have reported the first prototype nuclear clocks, using a low-energy transition in the thorium-229 nucleus to measure time

Three new discoveries in mathematics, computer science, and physics

I don't understand quantum physics (2018)

A lost Schrödinger manuscript reveals a twist in quantum physics

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