The measurements have also played a vital role in UNH space scientists» efforts to develop both the first Web - based tool for predicting and forecasting the radiation environment in near - Earth, lunar, and Martian space environments and
a space radiation detector that possesses unprecedented performance capabilities.
Not exact matches
Scientists from the University of New Hampshire and colleagues have published comprehensive findings on
space - based
radiation as measured by a UNH - led
detector aboard NASA's Lunar Reconnaissance Orbiter (LRO).
The country's newest
space lab, Tiangong - 2, for example, hosts a number of scientific payloads, including an advanced atomic clock and a $ 3.4 - million
detector called POLAR for the study of γ - ray bursts — blasts of high - energy
radiation from collapsing stars and other sources.
The papers in a special issue of the journal
Space Weather document and quantify measurements made since 2009 by the Cosmic Ray Telescope for the Effects of
Radiation (CRaTER)
radiation detector.
To understand how cold this is, remember that even in the depths of
space, residual
radiation from the Big Bang keeps things at a relatively toasty 4.86 degrees Fahrenheit above absolute zero, making the inside of the CDMS
detector one of the coldest places in the entire universe.
It was the first cosmic event in history to be witnessed via both traditional telescopes, which can observe electromagnetic
radiation like gamma rays, and gravitational wave
detectors, which sense the wrinkles in
space - time produced by distant cataclysms.