Since nobody is challenging my aether-medium interpretation, I will talk about a way to build a gravity propulsion drive. But first, I will recap the important parts of the aether-medium.
The aether-medium has to be exactly consistent with experimental physics including general relativity, quantum mechanics, and Maxwell's equations. The building blocks of the aether behave like wave-functions; wave-functions are solutions to the Schrodinger equation. You could draw the conclusion that the aether is an ocean of quantum waves, it is the quantum vacuum. These wave building blocks have another important property. They interconnect all particles, all quantum systems, in such a way that the speed of light is invariant for all particles, all photon emitters and all photon observers. These wave building blocks of the aether have characteristics of length contraction and time dilation. This ocean of quantum waves that I call the quantum aether is responsible for the four dimensional geometry of the space-time continuum.
Why is this interpretation significant? Because it means that gravity fields are just a configuration of wave-functions. A photon may or may not fall into a gravity well of a black hole. But the gravity is still there in either case. This is because the wave-functions are the building blocks of space-time geometry, they are the building blocks of the aether.
The wave function of a plane wave is Psi = e^{i*omega*t}; this is true for zero photon, one photon or many photons. Light from a laser is simply energizing the wave-functions that are the building blocks of space-time. Simply by turning on the laser (or light source) we are also generating the wave-function.
If one or more photons does happen to fall into the gravity well, along the radii, it will blueshift. What does the wave-function of a photon look like, mathematically, that is falling into a black hole? The actual answer is very complicated is hard to calculate. But the photon has to frequency shift along the radii. Therefore, the wave-function that includes frequency shift, must also include the gravity field that causes it.
Any questions or comments so far?
The aether-medium has to be exactly consistent with experimental physics including general relativity, quantum mechanics, and Maxwell's equations. The building blocks of the aether behave like wave-functions; wave-functions are solutions to the Schrodinger equation. You could draw the conclusion that the aether is an ocean of quantum waves, it is the quantum vacuum. These wave building blocks have another important property. They interconnect all particles, all quantum systems, in such a way that the speed of light is invariant for all particles, all photon emitters and all photon observers. These wave building blocks of the aether have characteristics of length contraction and time dilation. This ocean of quantum waves that I call the quantum aether is responsible for the four dimensional geometry of the space-time continuum.
Why is this interpretation significant? Because it means that gravity fields are just a configuration of wave-functions. A photon may or may not fall into a gravity well of a black hole. But the gravity is still there in either case. This is because the wave-functions are the building blocks of space-time geometry, they are the building blocks of the aether.
The wave function of a plane wave is Psi = e^{i*omega*t}; this is true for zero photon, one photon or many photons. Light from a laser is simply energizing the wave-functions that are the building blocks of space-time. Simply by turning on the laser (or light source) we are also generating the wave-function.
If one or more photons does happen to fall into the gravity well, along the radii, it will blueshift. What does the wave-function of a photon look like, mathematically, that is falling into a black hole? The actual answer is very complicated is hard to calculate. But the photon has to frequency shift along the radii. Therefore, the wave-function that includes frequency shift, must also include the gravity field that causes it.
Any questions or comments so far?