Issues

Surface termination in a type of iridium oxide may later help researchers demonstrate unconventional superconductivity.

Elastocaloric materials may be the key to mitigating energy requirements for space cooling.

The two play an important role in data analysis and, contrary to common assumption, must be treated separately.

The first study of a rare earth element-based HEO’s band structure revealed that heat treatment under different atmospheres allows reversible tuning of band gap energy.

Because certain health conditions change the viscosity of biological fluids, characterizing these changes is a promising diagnostic technique.

Lithium niobate nanoparticles show promise as an interface material for cochlear implants aimed to enable self-powered and fully implantable devices exploiting piezoelectric materials.

Dropping the particles in fluids in the presence of a rotating magnetic field, researchers deduce force from trajectory measurements for particles as small as 80 μm.

Researchers suggest four strategies for improving the design of air electrodes, working toward rechargeable zinc-air batteries.

Experimental demonstration of wireless transmission beyond 100 Gbit/s brings terahertz wireless communication closer to high-speed wireless applications.

Results provide a better understanding of increasing viscosity of the model lubricants under high pressures when operating in the elastohydrodynamic lubrication regime.

A tutorial describes methods for nanoscale particle tracking in soft matter systems and potential applications for investigating biomedical systems at the nanoscale.

Controlling the geometric design of the nanostructures in a metasurface leads to increased manipulation of the functionalities of metalenses.