Issues

Combination of careful design, infrared measurements and numerical simulations show potential to reduce temperature-based uncertainty in optical clocks.

A molecular explanation of color tunability in squid cells suggests the protein reflectin relies on an amplifier to realize its full potential.

Results reveal that LaAlGe has smaller effective masses and larger Fermi velocities compared to other type-II Weyl semimetals.

Using an inertial focusing device, scientists have come up with a better way to quickly and easily separate chromosomes and other non-spherical particles.

Infectious diseases, such as COVID-19, involve gene biomarkers that can be detected using an array of microfluidics technologies.

Fluid dynamics simulations of unprecedented resolution and realism support recommendations to wear face masks indoors, and suggest outside wear may be beneficial as well.

A multiscale study details the intra- and intermonomer energy transfer process in FMO proteins.

Researchers demonstrated a transimpedance amplifier capable of operating at the same cryogenic temperatures as quantum devices.

Metasurfaces could previously provide control over only one harmonic, but researchers have found a way to double that potential.