This carbon signature, however, is considerably offset from the gas first
detected by quasar absorption.
Not exact matches
Decades passed before astronomical technology verified that idea: It wasn't until 1979 that astronomers
detected a real - life example of a gravitational lens in the double image of a
quasar — side -
by - side glimpses of a galaxy's blazing heart, resembling a pair of oncoming headlights.
Last spring, Geha and Josh Simon, a colleague at Caltech, used the 10 - meter Keck II telescope on Hawaii's Mauna Kea to study the mass of eight newly discovered satellite galaxies,
detected over the last two years
by the Sloan Digital Sky Survey, an ongoing effort to make a detailed map of a million galaxies and
quasars.
«Quarks» may be source of
quasars» energy — The mysterious nuclear particles called «quarks,» which have not yet been
detected but might nevertheless be basic building blocks of the atom's core, could be the source of the tremendous energy generated
by the puzzling star - like objects known as
quasars....
By studying the light from the other
quasars in our program, we may be able to
detect the fossils of previous outflows.»
Designated
by survey catalogue and position as SDSS J103027.10 +052455.0 (but often referred to as simply J1030 +0524 and hereafter in this text as J1030), this exceptionally luminous
quasar was
detected despite an extremely high spectroscopic redshift of z = 6.28 + / - 0.03.
This image combines observations from the Very Large Telescope, tuned to
detect the fluorescent emissions produced
by the
quasar illuminating the dark galaxies, with colour data from the Digitized Sky Survey 2.