Other radio astronomers are working to answer myriad questions about dark matter, fast radio bursts, and much more.
Within a few years, Snyder and
other radio astronomers had identified dozens of organic molecules, including formic acid (which causes the sting in ant bites) and methanol (a simple alcohol).
Not exact matches
In 1974, U.S.
astronomers Russell Hulse and Joseph Taylor discovered a pair of
radio - emitting neutron stars called pulsars orbiting each
other.
If
astronomers act quickly, they can turn
other instruments toward the point of origin and record a rapidly fading afterglow of x-rays, visible light and
radio waves.
Using a jet of
radio waves,
astronomers have begun to map the
other side of the Milky Way.
Just as
radio channels close to each
other in frequency can bleed into one another, creating static, so too can
radio interference from different technologies bleed into the channels
astronomers use to observe.
Pinpointing the sources of gravitational waves will allow
astronomers to point
other telescopes their way, boosting the chances of learning more about them via x-rays, gamma - rays,
radio waves, neutrinos and more.
As the most abundant element in the Universe and the raw fuel for creating stars, hydrogen is used by
radio astronomers to detect and understand the makeup of
other galaxies.
The origin of a fast
radio burst in this type of dwarf galaxy suggests a connection to
other energetic events that occur in similar dwarf galaxies, said co-author and UC Berkeley
astronomer Casey Law, who led development of the data - acquisition system and created the analysis software to search for rapid, one - off bursts.
Next, they would reach out to
astronomers around the world who could target the object with
other radio telescopes.
SETI efforts to date have only garnered a small, scattered amount of time on large
radio telescopes, and they typically «piggyback» on
other scientific observations, passively listening to whatever target
other astronomers are investigating.
Radio astronomers are aware in the back of their minds that if there are other civilizations out there in space, it might be the radio astronomers who first pick up the si
Radio astronomers are aware in the back of their minds that if there are
other civilizations out there in space, it might be the
radio astronomers who first pick up the si
radio astronomers who first pick up the signal.
Funding for astronomy is far more limited than that available for cancer research, say, and compared with most
other fields of science, the number of professional
astronomers is astonishingly small (the membership of the American Astronomical Society would just about fit into
Radio City Music Hall).
In 1974,
radio astronomers Russell Hulse and Joseph Taylor, then of the University of Massachusetts Amherst, found just such a system: a pair of dense neutron stars in orbit around each
other.
Other astronomers had looked for
radio emission from brown dwarfs and not found any.
The package is a mainstay and a daily tool for most of the world's
radio astronomers, and also has been used by scientists in such
other fields as fluid - dynamics simulation and medical imaging.
«Our conclusions are contrary to
other recent work, but in line with the work of
radio astronomers who see no new stars being born in this desert,» said Michael Feast, a co-author of the study, in the press release.
In recent decades,
astronomers armed with
radio telescopes, orbital observatories and
other powerful high - tech tools have begun to answer that question.
Combining the best features of the National Science Foundation's new Green Bank Telescope in West Virginia with those of the NSF's Very Large Array in New Mexico,
astronomers have produced a vastly improved
radio image of the Orion Nebula and developed a valuable new technique for studying star formation and
other astrophysical processes.
Astronomers need to know how much of their astronomical data has been contaminated by
radio waves given off by air molecules, the telescope's own electronics, and
other sources of interference.
Astronomers have used the National Science Foundation's Very Long Baseline Array
radio telescope to make the first - ever time - lapse movie showing details of gas motions around a star
other than our Sun.
The
astronomers expect material falling onto a black hole to emit
radio waves, among
other types of radiation.
The
radio observations have revealed a size of the fireball, unobtainable by any
other technique, thereby enabling
astronomers to learn about inner workings of such objects,» said Shri Kulkarni, professor of astronomy at the California Institute of Technology (Caltech).