
Nuclear physics helps unravel the universe
The latest international symposium on nuclear astrophysics showed that the field is rapidly evolving, with new observations from astronomy and nuclear physics.
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The latest international symposium on nuclear astrophysics showed that the field is rapidly evolving, with new observations from astronomy and nuclear physics.
The MAGIC telescope has discovered variable very-high-energy gamma-ray emission from a microquasar.
Infrared observations of the quasar 3C 273 by the Spitzer Space Telescope are giving new insight into the physics at play in its large-scale jet. The new images, combined with complementary radio...
Researchers at the Pierre Auger Observatory have taken investigations of air showers created by very-high-energy cosmic rays to new heights. Alan Watson reports on progress.
During their long lifetimes stars generate their energies by nuclear fusion in their interiors, which are generally accepted to be the breeding grounds for carbon and heavier elements.
Observations of very high-energy gamma-rays from two distant active galaxies reveal that the universe is more transparent to this radiation than previously thought. This limited absorption of gamma-ra...
Almost every current theoretical model of neutrino masses introduces sterile ("right-handed") fields, which mix with the ordinary ("left-handed") neutrinos.
NASA’s Wilkinson Microwave Anisotropy Probe (WMAP) collaboration has finally released new observations of cosmic microwave background (CMB) radiation with updated results on the nature and origi...
James Pinfold reports on the large number of projects that are forging a connection between research in ultra-high-energy cosmic rays and practical scientific experience in schools.
Antonella del Rosso reviews (in French) in 2006 300 questions à un astronome.