Sentences with phrase «radio astronomy as»

Both parties admit that the future collaborations through Newton Fund are essential to the expansion of NARIT's territories in radio astronomy as the UK is one of the leading nations as top players in radio astronomy in the past decades.

Our signature «Radio Astronomer for a Day» program engages youth real radio astronomy as they investigate cosmic objects with the NRAO's 40 foot diameter radio telescope!

Dr. Felix Lockman is a entertaining, highly qualified lecturer who has worked in the field for decades and is intimately involved in the development of radio astronomy as we know it today.

Not exact matches

Although some of my research focuses on the development of nanoelectronic devices for life science applications (as well as for telecommunications and radio astronomy), most of my research efforts are based on the use of microfluidic chips (MFCs) with molecular biology.

But as Clauser knew well from his radio - astronomy work, apertures in the real world are always wider than a mathematical pinprick.

Astronomy has been another field of growth in South Africa, and Pandor said the country was thrilled to be chosen as one of the sites for the massive Square Kilometre Array radio telescope project.

Known as FRB 121102, its location on the sky has now been monitored for many tens of hours by the National Radio Astronomy Observatory's Karl G. Jansky Very Large Array (VLA) in Socorro, New Mexico (an array of 27 radio dishes), and the European VLBI Network (EVN)-- a continent - wide collaboration of radio telescRadio Astronomy Observatory's Karl G. Jansky Very Large Array (VLA) in Socorro, New Mexico (an array of 27 radio dishes), and the European VLBI Network (EVN)-- a continent - wide collaboration of radio telescradio dishes), and the European VLBI Network (EVN)-- a continent - wide collaboration of radio telescradio telescopes.

* The data were obtained by ALMA; the Combined Array for Research in Millimeter - wave Astronomy: a millimeter array consisting of 23 parabola antennas in California; the Submillimeter Array a submillimeter array consisting of eight parabola antennas in Mauna Kea, Hawaii; the Plateau de Bure Interferometer; the NAOJ Nobeyama Radio Observatory 45m radio telescope; USA's National Radio Astronomy Observatory 12m telescope; USA's Five College Radio Astronomy Observatory 14m telescope; IRAM's 30m telescope; and the Swedish - ESO Submillimeter Telescope as a suppleRadio Observatory 45m radio telescope; USA's National Radio Astronomy Observatory 12m telescope; USA's Five College Radio Astronomy Observatory 14m telescope; IRAM's 30m telescope; and the Swedish - ESO Submillimeter Telescope as a suppleradio telescope; USA's National Radio Astronomy Observatory 12m telescope; USA's Five College Radio Astronomy Observatory 14m telescope; IRAM's 30m telescope; and the Swedish - ESO Submillimeter Telescope as a suppleRadio Astronomy Observatory 12m telescope; USA's Five College Radio Astronomy Observatory 14m telescope; IRAM's 30m telescope; and the Swedish - ESO Submillimeter Telescope as a suppleRadio Astronomy Observatory 14m telescope; IRAM's 30m telescope; and the Swedish - ESO Submillimeter Telescope as a supplement.

The science team, led by chemist Brett McGuire at the National Radio Astronomy Observatory (NRAO) in Charlottesville, Virginia, detected this molecule's telltale radio signature coming from a nearby star - forming nebula known as the Taurus Molecular Cloud 1 (TCM - 1), which is about 430 light - years from ERadio Astronomy Observatory (NRAO) in Charlottesville, Virginia, detected this molecule's telltale radio signature coming from a nearby star - forming nebula known as the Taurus Molecular Cloud 1 (TCM - 1), which is about 430 light - years from Eradio signature coming from a nearby star - forming nebula known as the Taurus Molecular Cloud 1 (TCM - 1), which is about 430 light - years from Earth.

«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.&rRadio 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.&rradio pulsars, we were surprised to find one that seemed to swing so quickly between the two.»

He met regularly with scientists such as Bernard Lovell, the father of radio astronomy.

The report, «Advancing Astronomy in the Coming Decade: Opportunities and Challenges,» has been controversial: both the NSF's National Radio Astronomy Observatory and the NANOGrav Collaboration (which uses GBT as one of its telescopes to observe pulsars to detect gravitational waves) issued responses, and a public comment forum filled with debate over the telescope's future.

«The opportunity for these projects to use significant time on the world's best scientific instruments is occurring in part because of the limitations in government funding for these facilities,» Worden says, noting that flat or shrinking NASA and National Science Foundation budgets for astronomy have left the Parkes and Green Bank radio telescopes — as well as many other observatories — scrambling for new sources of financial support.

We're curious as to whether these two unique aspects are linked,» says Daniele Michilli, PhD candidate at the University of Amsterdam and ASTRON (Netherlands Institute for Radio Astronomy).

Concurrently with the radar imaging, the scientists also used the radar transmitter at the Arecibo Observatory in Puerto Rico and a portion of the antennas that are part of the National Radio Astronomy Observatory's (NRAO) Very Long Baseline Array (VLBA) to perform an observation known as radar speckle tracking.

Other new, somewhat smaller projects — such as the Low Frequency Array in Europe and the Allen Telescope Array in northern California — also promise to help brighten the future for radio astronomy.

And it maybe goes both ways, but I know that in radio astronomy, for example, they have taken advantage of a lot of the — and presumably in other kinds of astronomy as well, they've taken advantage of the, you know, how cheap storage is now and processing power to do really hugely data - intensive observations with off - the - shelf technologies, and they've used graphics processors to, you know, do things they could only do before with custom fabricated chips, which were obviously extremely expensive.

As we celebrate the 60th Anniversary of the dedication of the National Radio Astronomy Observatory and radio astronomy in Green Bank, we invite you to enjoy our brand new, interactive timeline on our website at greenbankobservatory.org/timeline-green-bank - observRadio Astronomy Observatory and radio astronomy in Green Bank, we invite you to enjoy our brand new, interactive timeline on our website at greenbankobservatory.org/timeline-green-bank - obAstronomy Observatory and radio astronomy in Green Bank, we invite you to enjoy our brand new, interactive timeline on our website at greenbankobservatory.org/timeline-green-bank - observradio astronomy in Green Bank, we invite you to enjoy our brand new, interactive timeline on our website at greenbankobservatory.org/timeline-green-bank - obastronomy in Green Bank, we invite you to enjoy our brand new, interactive timeline on our website at greenbankobservatory.org/timeline-green-bank - observatory

This extreme - precision antenna is used exclusively for research in radio astronomy, both as a stand - alone instrument as well as for Very Long Baseline -LSB-...]

Reber published his results both in Engineering journals and in Astronomy journals, and the science of radio astronomy was recognized as an important field of Astronomy journals, and the science of radio astronomy was recognized as an important field of astronomy was recognized as an important field of research.

The scientists who conducted the study include University of Chile astronomers Andrés Guzmán (principal researcher), Guido Garay (Astronomy Department Director), Leonardo Bronfman, and Diego Mardones, as well as Luis Rodríguez (UNAM Center for Radio Astronomy and Astrophysics), James M. Moran (Harvard - Smithsonian Center for Astrophysics), Kate Brooks (Center for Astronomy and Space Science, CSIRO - Australia) and Lars - Ake Nyman (Joint ALMA Observatory).

Even after the initial efforts bore fruit with the completion of the Nobeyama 45 - m Telescope and Nobeyama Millimeter Array, the JRAF has been continuously serving as a forum to discuss and support the realization of cutting - edge observing instruments for the development of Japanese radio astronomy and the promotion of researches using such instruments.

Astronomers using a world - wide collection of radio telescopes, including the National Science Foundation's Very Long Baseline Array (VLBA) of the National Radio Astronomy Observatory (NRAO), have made a dramatic «movie» of a voracious, superdense neutron star repeatedly spitting out subatomic particles at nearly the speed of light into two narrow jets as it pulls material from a companion radio telescopes, including the National Science Foundation's Very Long Baseline Array (VLBA) of the National Radio Astronomy Observatory (NRAO), have made a dramatic «movie» of a voracious, superdense neutron star repeatedly spitting out subatomic particles at nearly the speed of light into two narrow jets as it pulls material from a companion Radio Astronomy Observatory (NRAO), have made a dramatic «movie» of a voracious, superdense neutron star repeatedly spitting out subatomic particles at nearly the speed of light into two narrow jets as it pulls material from a companion star.

Radio telescopes, including major facilities of the National Science Foundation's National Radio Astronomy Observatory, have provided data needed to measure the winds encountered by the Huygens spacecraft as it descended through the atmosphere of Saturn's moon Titan last month — measurements feared lost because of a communication error between Huygens and its mother ship Cassini.

Greisen, who learned of the award in a telephone call from the AAS President, Dr. Robert Kirschner of Harvard University, said, «I'm pleased for the recognition of AIPS and also for the recognition of the contributions of radio astronomy to astronomy as a whole.»

Astronomers at the International Centre for Radio Astronomy Research (ICRAR) have calculated that the Andromeda galaxy is roughly the same size as the Milky Way.

For the event, the Radio Astronomy Division of the National Astronomical Observatory of Japan (NAOJ) provided the images of the moon in the radio spectrum and a parabola antenna as well as a documentary film about the construction of Radio Astronomy Division of the National Astronomical Observatory of Japan (NAOJ) provided the images of the moon in the radio spectrum and a parabola antenna as well as a documentary film about the construction of radio spectrum and a parabola antenna as well as a documentary film about the construction of ALMA.

The technique of combining radio waves, known as very long baseline interferometry, is common enough in radio astronomy.

As Dr. Lockman explains, radio astronomy is not simply a conglomeration of theories with no practical application to our lives today.

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.

Developed in a collaboration between 13 different institutions harking from Australia, U.S.A., India and New Zealand, the new telescope array is located at the Murchison Radio - astronomy Observatory (MRO) around 800 km (497 miles) from Perth, a site that has also been selected as the future home for a portion of the Square Kilometre Array.

As Radio Astronomy: Observing the Invisible Universe shows, the field is on the cutting edge of knowledge itself.

As telescopes and radio astronomy instrumentation get better and more sensitive, our ability to probe time - sensitive phenomena in our universe increases greatly.

Another type of device, the maser (acronym for «microwave amplification by stimulated emission of radiation») has proved useful in such areas as radio astronomy, microwave radiometry, and long - distance communications.

In 2013, he was elected as a fellow of the American Association for the Advancement of Science in recognition of his significant studies of neutral hydrogen in our galaxy and others, and for his service to U.S. radio astronomy.

Start by revealing the unseen universe as you explore hidden galaxies with Radio Astronomy: Observing the Invisible Universe.

Hi Dr. Lockman, Thank you for opening the bright windows to radio astronomy for me through «The Great Courses» As a retired electronics engineer, I found your course very engaging and well organized.

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.

National and independent observatories should be viewed as integrated systems — one for ground - based OIR astronomy, one for ground - based solar astronomy, and one for radio astronomy — of capabilities and resources for the United States as a whole.

«We expected the burster to act at radio wavelengths much as it does at X-ray and visible wavelengths — that is, rise in brightness, then slowly become weaker,» said Dr. Dale Frail of the National Radio Astronomy Observatory (Nradio wavelengths much as it does at X-ray and visible wavelengths — that is, rise in brightness, then slowly become weaker,» said Dr. Dale Frail of the National Radio Astronomy Observatory (NRadio Astronomy Observatory (NRAO).

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.

I am currently working as a postdoctoral researcher at ASTRON - the Netherlands Institute for Radio Astronomy - with Dr. Joeri van Leeuwen to find more FRBs and understand their nature.

Adding to the excitement, ground - based astronomy is moving beyond traditional boundaries of optical and radio disciplines into neutrino and gamma - ray astronomy as well.

The school will be based around an intensive series of lectures from experts, as well as hands - on radio - astronomy projects and tutorials.

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.

The Green Bank Telescope (GBT) Single Dish Training Workshop will provide students, post-docs, and experts in other fields of astronomy with both knowledge and practical experience of the techniques and applications of single - dish radio astronomy using the GBT as the primary example.

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.

Growing up in Australia he purchased his first telescope as a teenager, established a Radio Astronomy Club in high school, and joined the Astronomical Society of South Australia in 1972.