It would appear that this model would show a link between gravitons and entanglement. If gravitons are at all what we think they are, they travel at lightspeed, so this link should eb impossible.kurious said:When a photon's spin is measured, the photon must exert a force on the device that measures its spin.Since a force is associated with an acceleration and an acceleration with gravity,could the photon have created a gravity wave that travels through space and determines the spin of a second photon coupled to it?
In 1993, the Nobel Prize in Physics was awarded to Russell Hulse and Joseph Taylor of Princeton University for their 1974 discovery of a pulsar, designated PSR1913+16, in a binary system, in orbit with another star around a common center of mass.
Using the Arecibo 305m antenna, Hulse and Taylor detected pulsed radio emission and thus identified the source as a pulsar, a rapidly rotating, highly magnetized neutron star. The neutron star rotates on its axis 17 times per second; thus the pulse period is 59 milliseconds.
After timing the radio pulses for some time, Hulse and Taylor noticed that there was a systematic variation in the arrival time of the pulses. Sometimes, the pulses were received a little sooner than expected; sometimes, later than expected. These variations changed in a smooth and repetitive manner, with a period of 7.75 hours. They realized that such behavior is predicted if the pulsar were in a binary orbit with another star.
http://astrosun2.astro.cornell.edu/academics/courses//astro201/psr1913.htm
Bell's inequality is a mathematical expression that is used to test the validity of local realism, which is the idea that physical properties of objects exist independently of any observations or measurements.
Bell's inequality is often used in quantum gravity research to investigate the possibility of hidden variables or non-locality in the quantum world. It is also used to study the relationship between quantum mechanics and general relativity.
Bell's inequality is closely related to the concept of entanglement, which is when two particles become correlated and share a quantum state. This correlation has been shown to violate Bell's inequality, providing evidence for non-locality and challenging the principle of local realism.
Bell's inequality suggests that there may be fundamental aspects of reality that cannot be explained by local realism. This challenges our traditional understanding of cause and effect and the idea that physical properties exist independently of observation.
Yes, Bell's inequality has been tested in numerous experiments, including the famous Bell test experiments. These experiments have consistently shown violations of Bell's inequality, providing support for the idea that non-locality is a fundamental aspect of the quantum world.