Gravitational lensing, captured by JWST, magnifies light from remote galaxies, revealing details unseen by Hubble. It allows astronomers to study galaxy formation and dark matter's role in the early universe.
Scientists explore if exploding primordial black holes could be the source of record-breaking high-energy neutrinos detected on Earth. The theory links to dark matter and Hawking's leaky black hole concept.
Supermassive black holes may be nature's own particle colliders, potentially revealing dark matter. Scientists propose searching for high-energy particles from black hole collisions using observatories. Supercolliders, Dark matter, Black holes.
The electrostatically charged wings of moths and butterflies could draw pollen out of nearby flowers without the insects needing to land on the blooms, Anna Gibbs reported in “Pollination via static electricity” (SN: 8/24/24, p. 13).
LUX-ZEPLIN, a dark matter detector made of 7 tonnes of liquid xenon buried 1.5 kilometres underground, is the most sensitive yet – but after 280 days of searching, it hasn’t found any WIMPs.
