Issues

Researchers simulated the X-rays formed by plasma jets in young stellar objects using radial foil z-pinch experiments.

Hexagonal Heusler compounds are more conductive than other known polar metals and could improve non-volatile memory if used as electrodes in ultrathin ferroelectric capacitors.

Experimental data show boiling point temperatures of heptane and decane decrease as pores approach the smaller sizes of underground rocks housing oil.

When two types of flames go head to head, M-shaped flame dynamics prove more stable than classical conical flames.

Focusing on covariance of alpha-carbon position displacements provides clues for obtaining more accurate protein crystal structures.

Investigating the Ce-H system at experimentally attainable pressures reveals stable structures with high superconductivity critical temperatures.

Flexoelectric behavior varies from the macroscale to the nanoscale, making it difficult to expand on potential applications. A new study aims to identify the mechanism causing this change in behavior.

Researchers examine the curing and spreading of soft elastomer Ecoflex 0050 and develop a multi-physics model that could optimize microgravity construction.

Diffractive optics allows 500-watt pulses to rapidly functionalize surfaces in up to 16 parallel beamlets, each controlled by an acousto-optical modulator.

A mathematical study analyzes the effects of walls on the stability of a fluid interface in shallow water flow.

Researchers developed a scalable, inexpensive technique capable of creating tiny, nanoscale-sized holes in synthetic membranes, offering new opportunities for biological applications.

Using the insulator-to-metal transition of vanadium oxide stacked in a heterojunction with tungsten diselenide provides path forward for high detectivity, highly responsive detectors.