Not exact matches
Discovered initially by lighthouse - like beams of
radio emission, more recent research has found that energetic pulsars also
produce beams of high energy gamma rays.
Radio galaxies typically produce two jets of radio frequency emissions spewing into space in opposite direct
Radio galaxies typically
produce two jets of
radio frequency emissions spewing into space in opposite direct
radio frequency
emissions spewing into space in opposite directions.
They occur when charged space particles, typically from the sun, stream along a planet's magnetic field lines and interact with atmospheric atoms,
producing not only optical light but also
radio emissions.
«It could be created by a superluminous supernova or a long gamma ray burst, and then later on, as it evolves and its rotation slows down a bit, it
produces these fast
radio bursts as well as continuous
radio emission powered by that spindown.
An interdisciplinary team of UvA physicists and astronomers proposed to search for primordial black holes in our galaxy by studying the X-ray and
radio emission that these objects would
produce as they wander through the galaxy and accrete gas from the interstellar medium.
The black hole drives enormous outflows of plasma from the galaxy's core which
produce prodigious amounts of
radio emission.
«We think it's quite possible that the
radio beam is narrower than the gamma - ray
emission, but we don't yet know how gamma rays are
produced in the pulsar,» says Fermi project scientist Steve Ritz of NASA's Goddard Space Flight Center in Greenbelt, Maryland.
These so - called relativistic jets
produce strong
emission at
radio wavelengths.
«Since both stars and the planets in our Solar System
produce radio emission, detailed study of the
radio emission properties of these brown dwarfs may enable us to distinguish where the boundary between stellar and planetary behavior occurs in these not - quite - stars, not - quite - planets,» Osten explained.
As gaseous matter is attracted towards the event horizon by the black hole's gravitational attraction, strong
radio emission is
produced before the gas disappears.
One possibility is that Sgr A *
radio emission is
produced by disk of plasma (plasma is a fully ionized gas) falling onto the black hole.
Kasliwal's colleague, theorist Ehud Nakar of Tel Aviv University, pointed out that the absence of X-ray and
radio emissions fit a model in which the ejected material from the merged neutron stars
produced a blast wave that interacts with the interstellar medium but with a time lag.
The «active» part of the galaxy is the supermassive black hole in its core, which spews out strong jets of energetic particles that
produce enormous lobes of
radio emission.
Hallinan is planning continued
radio observations over the next year or two, because this
radio emission — which will be around long after all of the other wavelengths have faded — is the most important diagnostic of the energetics and environment of the explosion, and may reveal how much energy was in the explosion, how much mass was ejected, if a jet actually appeared, and if the merger
produced conditions that will influence future star formation, among other questions.
The NVSS is expected to
produce a catalog of more than two million
radio - emitting objects in the sky, and it is the first sky survey sensitive to linearly polarized
emission from
radio sources beyond our own Milky Way galaxy.