This study introduces a design method for determining the optimized magnetization directions in 3-D magnetic systems. Based on a modified topology optimization method, discrete magnetizations are ...

Researchers have created a molecule that can store magnetic data at record-high temperatures, potentially reshaping how ...

Angular momentum is a fundamental quantity in physics that describes the rotational motion of objects. In quantum physics, it encompasses both the intrinsic spin of particles and their orbital motion ...

You often come across remarkable stories of cats that have found their way home after days, weeks, or even months. This ...

This paper describes the largest lightning location system in China-Guang Dong lightning location system (GDLLS), which only locates the electromagnetic fields radiated by individual return strokes in ...

An Australian moth follows the stars during its yearly migration, using the night sky as a guiding compass, according to a new study.

Psychedelic medicines company Compass Pathways (Nasdaq: CMPS) was trading 46% lower midday Monday. The UK-based firm earlier announced that it had met the primary endpoint in the ongoing 258-patient ...

A species of Australian moth travels up to a thousand kilometers every summer using the stars to navigate, scientists said ...

Bogong moths are the first known invertebrates to use the stars to navigate over such long distances. View on euronews ...

Native to Australia, tiny Bogong moths travel hundreds of miles in an astonishing annual migration by using the starry night sky to navigate, according to a new study.

When the insects were presented with a natural starry sky without a magnetic field, they consistently flew in the right migratory direction for the season - south in spring, north in autumn. "When the ...

Interestingly, when stars were obscured by clouds, the moths maintained their direction using only the Earth's magnetic field. This dual compass system ensures reliable navigation even in variable ...