fast radio burst in a sentence

• SERENDIP VI will also look for fast radio bursts.
• Fast radio bursts are named by the date the signal was recorded, as " FRB YYMMDD ".
• An observation in 2012 of a fast radio burst ( FRB 121102 ) in the direction of plasma dispersion.
• Fast radio bursts discovered up until 2015 had dispersion measures that were close to multiples of 187.5 cm  " 3 pc.
• Victoria Kaspi of the McGill University estimates that as many as 10, 000 fast radio bursts may occur per day over the entire sky.
• The upcoming and unusual Canadian radio telescope called CHIME will also be used to detect " hundreds " of fast radio bursts as its secondary objective.
• The first fast radio burst to be discovered by a telescope other than the Parkes radio telescope was identified in a PALFA pointing in the Galactic anti-center.
• It was also noted that what was thought to be an " afterglow ", never goes away, meaning that it cannot be associated with the fast radio burst.
• The first fast radio burst to be described, the Lorimer Burst FRB 010724, was identified in 2007 in archived data recorded by the Parkes Observatory on 24 July 2001.
• In 2007, just after the publication of the e-print with the first discovery, it was proposed that fast radio bursts could be related to hyperflares of magnetars.
• It's difficult to see fast radio burst in a sentence .
• On 19 January 2015, astronomers at Australia's national science agency ( CSIRO ) reported that a fast radio burst had been observed for the first time live, by the Parkes Observatory.
• ATA is especially well suited to the search for extraterrestrial intelligence SETI and to discovery of astronomical radio sources, such as heretofore unexplained non-repeating, possibly extragalactic, pulses known as fast radio bursts or FRBs.
• In radio astronomy, a "'fast radio burst "'( "'FRB "') is a high-energy astrophysical phenomenon of unknown origin manifested as a transient radio pulse lasting only a few milliseconds.
• Fast radio bursts have pulse dispersion measures which are much larger than expected for a source inside the Milky Way; and consistent with propagation through an ionized isotropic ( not especially coming from the galactic plane ), thus they are conjectured to be of extragalactic origin.
• In 1998 Parkes telescope began detecting fast radio bursts and related signals named magnetron shutdown phase were able to escape . 3 Subsequent tests revealed that a peryton can be generated at 1.4 GHz when a microwave oven door is opened prematurely and the telescope is at an appropriate relative angle3.3 It is still not clear if microwave ovens can be blamed for all instances of peryton reception3.