SNATCHING SIGNALS Most of the fast
radio bursts seen to date have been recorded by the Parkes Radio Telescope in New South Wales, Australia.
Not exact matches
Fast
radio bursts, which flash for just a few milliseconds, created a stir among astronomers because they seemed to be coming from outside our galaxy, which means they would have to be very powerful to be
seen from Earth, and because none of those first observed were ever
seen again.
Lorimer says his team next plans to reexamine the Parkes data, as well as other archives of
radio signals, to
see if similar
bursts turn up.
The nearly 100 percent polarization of the
radio bursts is unusual, and has only been
seen in
radio emissions from the extreme magnetic environments around massive black holes, such as those at the centers of galaxies.
The repeating
bursts from this object, named FRB 121102 after the date of the initial
burst, allowed astronomers to watch for it using the National Science Foundation's (NSF) Karl G. Jansky Very Large Array (VLA), a multi-antenna
radio telescope system with the resolving power, or ability to
see fine detail, needed to precisely determine the object's location in the sky.
They also plan to keep monitoring the steady
radio emission from the vicinity of the Spitler
burst to
see if its properties change in time, as expected based on that theory.
They hope to localize more
bursts to
see whether they usually live in dwarf irregular galaxies, and whether they all appear alongside steady
radio sources, both of which would support the newborn - magnetar theory.
A Faster Response Needed to
See Fast
Radio Bursts in the Universe - an article I wrote for The Conversation
The school is
bursting with innovation — housing its library in a double decker London bus, broadcasting a weekly
radio show and developing a system of learning that
sees children working independently assessing their own learning and publishing to a world - wide audience.