He has published numerous articles in professional journals and edited several books, including Gaseous Halos of Galaxies and But It Was Fun: The First Forty
Years of Radio Astronomy at Green Bank.
Not exact matches
This
year marks the semicentennial
of the discovery
of pulsars, first observed by Jocelyn Bell Burnell, shown here in 1968 at the Mullard
Radio Astronomy Observatory in Cambridge, England.
An international team
of scientists has pushed the limits
of radio astronomy to detect a faint signal emitted by hydrogen gas in a galaxy more than five billion light
years away — almost double the previous record.
«What we're seeing is a star that is the cosmic equivalent
of «Dr. Jekyll and Mr. Hyde,» with the ability to change from one form to its more intense counterpart with startling speed,» said Scott Ransom, an astronomer at the National
Radio Astronomy Observatory (NRAO) in Charlottesville, Va. «Though we have known that X-ray binaries — some of which are observed as X-ray pulsars — can evolve over millions of years to become rapidly spinning radio pulsars, we were surprised to find one that seemed to swing so quickly between the two.&r
Radio Astronomy Observatory (NRAO) in Charlottesville, Va. «Though we have known that X-ray binaries — some
of which are observed as X-ray pulsars — can evolve over millions
of years to become rapidly spinning
radio pulsars, we were surprised to find one that seemed to swing so quickly between the two.&r
radio pulsars, we were surprised to find one that seemed to swing so quickly between the two.»
In the past
year astronomers working at the National
Radio Astronomy Observatory's Green Bank Telescope have identified eight new molecules that are some
of the largest and most complex compounds discovered in space.
«For 20
years it was always five
years away,» says collaborator Ken Kellermann
of the National
Radio Astronomy Observatory in Charlottesville, Virginia.
In recent
years radio and stellar
astronomy have begun to map the location
of its arms
The Observatory has continued the program and now, after 30
years, over 1300 K - 12 teachers, 500 college faculty, and hundreds
of K - 16 students have graduated from what has affectionately been called: «
Radio Astronomy Boot Camp».
«These ultra high precision observations showed that the bursts and the persistent source must be within 100 light -
years of each other,» said Jason Hessels,
of the Netherlands Institute for
Radio Astronomy and the University
of Amsterdam.
«Because
of the Earth's ionosphere, such a low frequency has proven very difficult for high - quality imaging, and it is only in the past few
years that we have developed the techniques that make a project like the VLSS possible,» said Rick Perley,
of the National
Radio Astronomy Observatory (NRAO) in Socorro, NM.
Over the
years, more and more
radio astronomers were joining the astronomy department at the University of Toronto, and in the 1960's, the David Dunlap Observatory actively participated in the development of the Algonquin Radio Observatory in Ont
radio astronomers were joining the
astronomy department at the University
of Toronto, and in the 1960's, the David Dunlap Observatory actively participated in the development
of the Algonquin
Radio Observatory in Ont
Radio Observatory in Ontario.
Within the first
year of GBI observations, the major
astronomy report from the National Academy
of Sciences recommended the immediate funding and building
of a large - scale
radio telescope array as a national science facility.
Jeremy Lim
of the Academia Sinica Institute
of Astronomy & Astrophysics in Taiwan; Chris Carilli, Anthony Beasley, and Ralph Marson
of the National
Radio Astronomy Observatory (NRAO) in Socorro, NM; and Stephen White
of the University
of Maryland studied the red - supergiant star Betelgeuse, about 430 light -
years away in the constellation Orion.
50
years ago Émile - Jacques Blum, Peter Mezger and Harry van der Laan had a vision
of a meeting where young Europeans in
radio astronomy could meet each other and exchange their experiences.
The workshop this
year highlighted
radio astronomy in association with the start
of ALMA Early Scientific Observation from the end
of September.
In the
years from 1938 to 1943, Reber made the first surveys
of radio waves from the sky and published his results both in engineering and
astronomy journals.
Lead author Dr. Danail Obreschkow, from The University
of Western Australia (UWA) node
of the International Centre for
Radio Astronomy Research (ICRAR), said that ten billion
years ago the Universe was full
of clumpy galaxies, but these developed into more regular objects as they evolved; the majority
of stars in the sky today, including our five billion -
year - old Sun, were probably born inside these clumpy galaxies.
Drs. Alan Roy and James Ulvestad
of the National
Radio Astronomy Observatory, together with Drs. Edward Colbert and Andrew Wilson of the Space Telescope Science Institute and the University of Maryland, used the VLBA to image a light - year - sized radio jet in NGC 4151, a relatively nearby spiral ga
Radio Astronomy Observatory, together with Drs. Edward Colbert and Andrew Wilson
of the Space Telescope Science Institute and the University
of Maryland, used the VLBA to image a light -
year - sized
radio jet in NGC 4151, a relatively nearby spiral ga
radio jet in NGC 4151, a relatively nearby spiral galaxy.
«The Sculptor Galaxy is currently forming stars at a rate
of five solar masses each
year, which is a many times faster than our own Milky Way,» said lead researcher Dr Anna Kapinska, from The University
of Western Australia and the International Centre for
Radio Astronomy Research (ICRAR) in Perth.
As the distance to that galaxy is only 70 Megaparsec or 230 million light
years, we are able to examine the jet structure with an unprecedented accuracy
of only a few hundred black hole radii or 12 light days», concludes Professor Anton Zensus, director at the Max Planck Institute for
Radio Astronomy in Bonn, Germany and head
of its VLBI research department, a co-author
of the paper.
This month marks both the 60th anniversary
of the dedication
of the National
Radio Astronomy Observatory here in Green Bank, and the one -
year anniversary
of the creation
of the Green Bank Observatory.
As many
of you are aware, after almost 60
years in the National
Radio Astronomy Observatory, we have branched...
Bryan Gaensler, at the Massachusetts Institute
of Technology (MIT) and Dale Frail,
of the National
Radio Astronomy Observatory (NRAO), in Socorro, NM, studied a pulsar that was thought to be 16,000
years old, but found instead that it is at least 40,000
years old and may be as old as 170,000
years.
Green Bank, West Virginia, was the first home
of the National
Radio Astronomy Observatory (NRAO) and we are celebrating 60
years of research and discovery this
year!
Dr. Kathryn Williamson joined the West Virginia University Department
of Physics in January 2016 after spending 3
years as the Public Education Specialist at the National
Radio Astronomy Observatory (NRAO) in Green Bank, West Virginia.
As many
of you are aware, after almost 60
years in the National
Radio Astronomy Observatory, we have branched off to become a separate organization — the Green Bank Observatory.