Editing 2886: Fast Radio Bursts
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==Explanation== | ==Explanation== | ||
β | [[Cueball]] is giving a presentation, stating the different sources of {{w|fast radio burst}}s, which are short high-energy signals which have been detected by astronomers, but whose | + | [[Cueball]] is giving a presentation, stating the different sources of {{w|fast radio burst}}s, which are short high-energy signals which have been detected by astronomers, but whose source are not known. His team is pretty sure that most of these bursts are energetic stellar objects in space - that is, astronomical phenomena. |
He then says that some of them are caused by {{w|microwave oven}}s, citing Dr. Emily Petroff's work on identifying the apparent source of "{{w|Peryton (astronomy)|peryton}}s" at the {{w|Parkes Observatory}}.<ref>E.Petroff et al. (2015). "[https://academic.oup.com/mnras/article/451/4/3933/1119649?login=false Identifying the source of perytons at the Parkes radio telescope]". ''Monthly Notices of the Royal Astronomical Society'', '''451'''(4):3933β3940.</ref> These are signals similar to fast radio bursts, but which originate on Earth and not in space; initial hypotheses included atmospheric effects related to {{w|lightning}} and passing aircraft, but they were eventually identified as a much closer range signal from microwaves escaping as the oven door was opened inside the observatory. | He then says that some of them are caused by {{w|microwave oven}}s, citing Dr. Emily Petroff's work on identifying the apparent source of "{{w|Peryton (astronomy)|peryton}}s" at the {{w|Parkes Observatory}}.<ref>E.Petroff et al. (2015). "[https://academic.oup.com/mnras/article/451/4/3933/1119649?login=false Identifying the source of perytons at the Parkes radio telescope]". ''Monthly Notices of the Royal Astronomical Society'', '''451'''(4):3933β3940.</ref> These are signals similar to fast radio bursts, but which originate on Earth and not in space; initial hypotheses included atmospheric effects related to {{w|lightning}} and passing aircraft, but they were eventually identified as a much closer range signal from microwaves escaping as the oven door was opened inside the observatory. |