Not exact matches
Too, it need be considered why Jupiter is where it is and its size,
for it's huge size (mass) has a
strong gravitational effect on meteors and asteroids going near it, causing them to either be absorbed by it or deflecting them away from the earth.
The resulting theory, though founded on quite different principles and developed in an independent fashion from Einstein's theory, nevertheless gives predictions that are identical to the latter's, within observable limits,
for each of the four classic tests of
gravitational theories (i.e., precession of the perihelion of Mercury, redshift of light emitted by a massive body, the bending of light - beams in a
strong gravitational field, and the apparent slowing of the speed of light propagation near massive bodies).
By studying
gravitational waves, they can now explore extreme conditions in which the energy in an object's
gravitational field accounts
for most or all of its mass — the realm of
strong gravity so far explored by theorists alone.
Because of that equivalence principle, then, the same must be true
for gravity: As a
gravitational field grows
stronger, time slows even more.
Eisenhardt's team has only recently finished processing the image, but he says that it also shows «
strong evidence
for gravitational lensing».
The European Space Agency's Euclid satellite, due
for launch in 2020, will set astronomers a huge challenge: to analyse one hundred thousand
strong gravitational lenses.
On September 14, 2015, just after the Advanced LIGO interferometers began their first search
for gravitational waves, they captured a
strong signal.
Abstract: We measure the average mass properties of a sample of 41
strong gravitational lenses at moderate redshift (z ~ 0.4 - 0.9), and present the lens redshift
for 6 of these galaxies
for the first time.
Using the techniques of
strong and weak
gravitational lensing on archival data obtained from the Hubble Space Telescope, we determine that the average mass overdensity profile of the lenses can be fit wi... ▽ More We measure the average mass properties of a sample of 41
strong gravitational lenses at moderate redshift (z ~ 0.4 - 0.9), and present the lens redshift
for 6 of these galaxies
for the first time.
This detection has, in a single stroke and
for the first time, validated Einstein's theory of general relativity
for very
strong fields, established the nature of
gravitational waves, demonstrated the existence of black holes with masses 30 times that of our sun, and opened a new window on the universe.
We thank Matthias Tecza, Stuart Lynn, Kelly Borden, Laura Whyte, Brooke Simmons, David Hogg, Daniel Foreman - Mackey, Thomas Jennings, Layne Wright, Cecile Faure, Jonathan Coles, Stuart Lowe, Alexander Fritz and Jean - Paul Kneib
for many useful conversations about citizen science and
gravitational lens detection, and
for helping guide the discussion at Space Warps Talk, and to the Dark Energy Survey and Pan-STARRS
strong lensing science teams
for their suggestions and encouragement.
The orbital angles
for these objects cluster in a way which suggests that most of them were perturbed during a single
strong gravitational encounter.
Scientists have played with the idea that the sun isn't just waiting passively
for comets but is actually luring them into the solar system with its
strong gravitational pull [source: Laursen].
The «pause», should it continue, will discredit every model that did not predict it, including every model that included a
strong functional relationship with CO2 without
strong residual («natural») processes of hypothesized influences (the
gravitational thingies of Scafetta,
for example), or processes of unknown causation.