Stellar Evolution after the Main Sequence
... According to Newton, it acts instantaneously so that for each 'update' of positions, the force changes and can act on the masses immediately. But, according to Special Relativity, nothing can move faster than the speed of light – so nothing is instantaneous "What we have here is a failure to communi ...
... According to Newton, it acts instantaneously so that for each 'update' of positions, the force changes and can act on the masses immediately. But, according to Special Relativity, nothing can move faster than the speed of light – so nothing is instantaneous "What we have here is a failure to communi ...
Local Group Dwarfs
... If mass>Planck mass Enter the realm of gravity (relativity), QED not important If mass
... If mass>Planck mass Enter the realm of gravity (relativity), QED not important If mass
THE COSMOLOGICAL CONSTANT PROBLEM: HOW DOES THE
... Ø Supposes that the fundamental theory has a huge number of different vacua, each of them with different values of Λ. Ø We live in the one which is more suitable for the existence of life. Ø Very hard to prove/disprove. ...
... Ø Supposes that the fundamental theory has a huge number of different vacua, each of them with different values of Λ. Ø We live in the one which is more suitable for the existence of life. Ø Very hard to prove/disprove. ...
Orbit of Mercury
... Somehow, you need to stick together frames of reference that are accelerating in different directions ...
... Somehow, you need to stick together frames of reference that are accelerating in different directions ...
natsciGR
... for all observers (accelerated or not) general covariance: laws of physics must take the same form in all coordinate systems local Lorentz invariance: laws of special relativity apply locally for all inertial observers inertial motion is geodesic motion: world lines of particles unaffected by phy ...
... for all observers (accelerated or not) general covariance: laws of physics must take the same form in all coordinate systems local Lorentz invariance: laws of special relativity apply locally for all inertial observers inertial motion is geodesic motion: world lines of particles unaffected by phy ...
Intro to Cosmology!
... Superpartners exist in separate quantum Space-Time coordinates called “Superspace.” The existence of a superspace simplifies QFT significantly. General Relativity can be derived from the theory of Supersymmetry. Predicts the energy level of electroweak recombination to great accuracy. ...
... Superpartners exist in separate quantum Space-Time coordinates called “Superspace.” The existence of a superspace simplifies QFT significantly. General Relativity can be derived from the theory of Supersymmetry. Predicts the energy level of electroweak recombination to great accuracy. ...
Cosmic Surveyor
... Space-time gets curved by masses. Objects traveling in curved spacetime have their paths deflected, as if a force has acted on them. ...
... Space-time gets curved by masses. Objects traveling in curved spacetime have their paths deflected, as if a force has acted on them. ...
Goal: To get to know the ins and outs of relativity (relatively speaking)
... attempting on Star Trek. • We have seen that we can warp space. • This is fact, called Alcubierre warp drive • Alcubierre, M., (Dept. of Physics and Astronomy, Univ. of Wales, College of Cardiff CF1 3YB, UK), "The warp drive: hyper-fast travel within general relativity", ...
... attempting on Star Trek. • We have seen that we can warp space. • This is fact, called Alcubierre warp drive • Alcubierre, M., (Dept. of Physics and Astronomy, Univ. of Wales, College of Cardiff CF1 3YB, UK), "The warp drive: hyper-fast travel within general relativity", ...
NS-BH
... Gravity and Light The gravity at a neutron star is extremely strong. One effect is that light leaving the surface is very redshifted (it loses energy). Another is that light rays leaving at an angle follow rather curved paths. Einstein has a novel explanation for this… ...
... Gravity and Light The gravity at a neutron star is extremely strong. One effect is that light leaving the surface is very redshifted (it loses energy). Another is that light rays leaving at an angle follow rather curved paths. Einstein has a novel explanation for this… ...
Gravitational Collapse with Negative Energy Field
... back, thanks to the effect of the C-field. We will refer to such an object as a compact massive object (CMO) or a near-black hole (NBH). In the following section we discuss the problem of gravitational collapse of a dust ball with and without the C-field to ...
... back, thanks to the effect of the C-field. We will refer to such an object as a compact massive object (CMO) or a near-black hole (NBH). In the following section we discuss the problem of gravitational collapse of a dust ball with and without the C-field to ...
