Science ❯ Physics ❯ Thermodynamics

Phase Transitions

Supercooled Water Thermal Fluctuations Critical Points Crystallization Boltzmann Distribution Hybrid States Out-of-Equilibrium Systems Superfluidity Supercritical State First-Order Melting Transition Nucleation Amorphous Materials Leidenfrost Effect Multiphase Flows Thermal Stability Melting Point Freezing Processes Water Behavior Boiling and Freezing Solidification Processes First-Order Phase Transitions First-Order Phase Transition Freezing Process Ice Properties Supercooling Effects Liquid Films Premelting State Low Temperature Physics Threshold Effects Structural Transitions Superconducting Transitions Sublimation Processes Ice Phases Ice Formation Frost Formation Latent Heat Metastability Supercritical Fluids Superconducting Phase Superionic Ice Melting Temperature Bose-Einstein Condensation

Nickelate Superconductors Advance With 63 K Films at Ambient Pressure and 96 K Under Pressure

Together, the advances chart practical routes to stronger, more coherent nickelate superconductivity.

Experiments Reveal Hidden Critical Point in Supercooled Water

Ultrafast X-Rays Reveal Elusive Critical Point in Supercooled Water

Scientists 3D-Print Intricate Ice Tree Using Vacuum-Driven Evaporative Cooling

Microsecond X-Rays Reveal Ice XXI, a New High-Pressure Form of Ice

Study Shows Dry Ice Blocks Carve Mars' Sinuous Dune Gullies

Water’s ‘Premelting’ Phase Directly Observed in Nanopores

Simulations Point to Carbon as Trigger for Earth’s Inner-Core Formation

Simulations Pin Ice’s Slipperiness on Dipoles, Not Pressure or Friction

Engineered Metal Surface Uses Meltwater and Surface Tension to Self-Propel Ice Discs

Lab Simulations Show Trapped Vapor Cracks Ice to Propel Cryovolcanism on Europa and Enceladus

Gold Superheated to 14 Times Its Melting Point, Overturning Entropy Catastrophe Limit

Study Reveals Hidden Nano-Crystals in Space Ice