New Analysis Method Discovers Millisecond Pulsar via Its Pulsed Gamma Radiation
Using a new a new data analysis method, a team of scientists discovered a millisecond pulsar solely via its pulsed gamma radiation. Pulsars are the…
Using a new a new data analysis method, a team of scientists discovered a millisecond pulsar solely via its pulsed gamma radiation. Pulsars are the…
By employing new optimal algorithms on their ATLAS computer cluster to help go through Fermi data, scientists from the Max Planck Institute discovered the 5,000…
Using interferometric measurements to achieve extremely high angular resolutions, the RadioAstron mission will enable astronomers to study scientific topics like particle acceleration near supermassive black…
Using three different telescopes, scientists found evidence of a pulsar moving at a speed between 5.4 million and 6.5 million miles per hour at a…
By combining observations from the Large Area Telescope and the Parkes Radio Telescope in Australia, scientists have found a new technique for hunting pulsars. The…
Roughly four years after Fermi began studying gamma-rays, a soon-to-be-published study documents interesting findings. It turns out that the Crab Nebula and other individual point…
Astrophysicists knew the pulses emitted from the Crab Nebula were powerful, but what they found was 50 to 100 times higher than theorists thought possible….
The Crab Nebula (NGC 1952) is easily visible through small telescopes, which has allowed astronomers to observe its growth and evolution, ever since its birth…
Astrophysicist Thomas Tauris from the Max Planck Institute for Radio Astronomy and the Argelander Institute for Astronomy in Bonn used computer simulations to explain the…