Dark matter is the invisible force holding the universe together—or so we think. It makes up about 85% of all matter and around 27% of the universe's contents, but since we can't see it directly, we ...

Physicists have developed new tools to help tone down the cosmic "noise" when searching for signs of particles called neutrinos in detectors located near Earth's surface. This method combines ...

Separating invisible masses from the noise of the universe is a challenging task, but deep learning is making it easier. Reading time 2 minutes Separating instances of dark matter interacting with ...

Summary: A novel deep-learning algorithm developed by EPFL researchers can differentiate between the effects of self-interacting dark matter and active galactic nuclei feedback in galaxy clusters with ...

A faint hydrogen signal from a 5-billion-year-old universe emerged after astronomers stripped away overwhelming radio ...

Researchers at the US Department of Energy’s (DOE) Argonne National Laboratory have successfully commissioned a “giant cage” detector at Fermilab. The device is capable of filtering out 99.99% of ...

Two articles describe how ground-breaking image reconstruction and analysis algorithms developed for surface-based MicroBooNE detector filter out cosmic ray tracks to pinpoint elusive neutrino ...

SOME abnormal absorptions of cosmic radio noise at the V.H.F. are closely associated with solar flares and can be measured by means of riometers. If there is no enhancement of radio noise emission, ...

A team of NASA-funded scientists, including two from UCSB, have discovered cosmic radio noise that they find completely unexpected and exciting. The finding came from data collected from a large ...

THE intensity of cosmic radio noise (as received on horizontal half-wave dipole antennæ one quarter wave-length above ground) has been measured at 25 Mc. and 110 Mc. by H. V. Cottony, W. Q. Crichlow, ...