An AIP project supported by the Henry Luce Foundation has been working to document and celebrate women’s contributions to the physical sciences. As part of that effort, Niels Bohr Library and Archives ...

DIY triboelectric nanogenerators (TENGs) could connect physics students with this emerging technology and its many ...

Evaluating the critical bandwidth of pinnipeds can reveal differences in their ability to separate signals from noise.

A classroom activity leads students through understanding the relationship between velocity and acceleration for modern land ...

Swapping out an electron for a muon in hydrogen isotopes, muon-catalyzed fusion has shown promise for achieving thermonuclear fusion at temperatures more than one ten-thousandth that of conventional ...

The method identifies tiny interfaces within a material by monitoring variations in refractive index and absorption, making ...

How elastic capsules and cells deform in a viscous flow is important for many biomedical and microfluidic applications, ...

Excitation-wavelength-dependent Raman shifts in a microbial rhodopsin–carotenoid complex reveal structural heterogeneity.

Experiments suggest current energy dose standards may be overly restrictive.

A surrogate plant enables studies of complex submerged vegetation bending and swaying in flowing water.

Incorporating device hardware into optimization processes could result in orders-of-magnitude reduction in AI energy use.