Not exact matches
Physics, in particular, is noted for its ability to use inductive reasoning to posit universal laws such as Einstein's
General Relativity, making the claim that experiments and observations on or from earth
allow us to generalise a
theory into universal law, i.e. a law
of physics that we believe must hold everywhere in the universe because this is a law written into the fabric
of the universe.
It was not until the detection
of quasars, which
allow astronomers to see the light emitted by matter falling into black holes, that we had evidence that they were real objects and not just mathematical curiosities predicted by Einstein's
general theory of relativity.
Virgo also
allowed scientists to better test Einstein's
general theory of relativity.
He says that according to the
theory of general relativity, time flows like a river, and pumping 1.21 gigawatts
of power into the DeLorean somehow
allows you to jump streams.
Einstein's
theory of general relativity allows for the existence
of wormholes, sometimes called Einstein - Rosen bridges, that connect parallel universes.
Using the new clock's precision, you could in
theory discern time differences at the level
of a centimetre,
allowing us to test
general relativity well beyond what has been done so far.
For example, the NGC 1365 team, which used observations by XMM - Newton and NASA's NuStar spacecraft, found the black hole's rotation rate to be 84 percent
of the maximum
allowed by Einstein's
theory of general relativity.
With current observations suggesting that dark energy comprises more than 70 percent
of the matter - energy density
of the present - day universe, astronomers say that measuring the apparent shapes and the distribution
of galaxies in the Universe will constrain the nature
of dark energy and
allow them to examine whether the
general theory of relativity is still a valid description
of gravitation on scales
of billions
of light years.
The detection by the upgraded Laser Interferometer Gravitational - Wave Observatory (Advanced LIGO), along with two subsequent gravitational wave discoveries, confirmed a major prediction
of Einstein's 1915
general theory of relativity and heralded a new era in physics,
allowing scientists to study the universe in a new way by using gravity instead
of light.
Differing from that
of the two LIGO detectors, the Virgo detector's orientation
allows testing
of Einstein's
general theory of relativity.