More than just lights in the sky, if you want to build a warp drive star-ship with enough tonnage to carry people and equipment between the Earth and a planet in the Alpha Centauri system in a matter of hours or days, then in addition to a warp drive that controls gravitons, you're going to need foreign gravitons as well. Since gravitons are the carriers of physics constants for this universe (c speed of light, h Planck constant, G gravitational constant, etc), then a foreign graviton has physics constants with values that are different from our universe. I am assuming that ALL gravitons, regardless of the physics constants they express, expand spherically at the speed of light.🤩
The particular foreign graviton we're going to use has a speed of light c' = 10^6 * c. Since the speed of light obeys
the equation c^2*mu* epsilon = 1, where
epsilon is the permittivity of free space and mu is the permeability of free space, we're going to use an epsilon (permittivity of free space) that is the same as this universe, so epsilon' =epsilon (our universe). But the permeability, in order to satisfy the
equation will need to be: mu' = 1/(c'^2*
epsilon'). When we substitute c' = 10^6
c and mu' = mu, we get mu' = 1/(10^12
c^2 (epsilon)). So mu' = mu/10^12.
The result will be that magnetic fields caused by materials from this foreign universe will have magnetic fields that are 10^12 times smaller than magnetic materials of our universe. Nothing to worry about there.😗
The plan is to trade with aliens and extraterrestrials for a dielectric materials that contain a foreign hydrogen, with a foreign proton/neutron pair (basically a foreign hydrogen gas from a superluminal universe). Since a foreign hydrogen gas with a permitivity compatible with our universe will bond electrically with materials in our universe, like CH4 (methane gas) for example, the lack of magnetic properties won't really matter.💡
We're going with a dielectric material because we're going to create capacitors with this foreign dielectric material in them. The plan is to cover the outside of the starship with capacitors that, when charged up, will emit an electric field. The non grounded side of the capacitor will be charged to 50v, so don't touch it. This is intended to create a relatively small electric field that has a component of foreign electric field in it. It will be like radiating an electrical field from a superluminal universe, outwards from the hull of your starship.👽
What I expect to happen is that foreign gravitons will interact with the foreign electric field. Since the surface area of a "this universe" graviton is a virtual photon, and virtual photons are the carriers of electromagnetism, then the surface area of a superluminal (foreign) graviton will be a superluminal virtual photon that is the carrier of the superluminal/foreign electromagnetic field. 😲
What I expect to happen is that the whole hull of the spaceship will be covered with this foreign electric field. If the energy density of this superluminal field is strong enough, then your starship will become hidden from this universe and will appear as an object in a superluminal universe. A superluminal object in a superluminal universe will be governed by the laws of motion of the superluminal universe. Guess what the mass of a thousand metric ton starship is in a superluminal universe? Since
energy is conserved, E = mc^2 =
m'c'^2, so m'= m(c/c') ^2 =
10^-12*(10^6 kg) = 10^-6 Kg (which is
nothing).✌️
Source: CIA🇺🇸
🧲 WARP Drive.👽
The particular foreign graviton we're going to use has a speed of light c' = 10^6 * c. Since the speed of light obeys
the equation c^2*mu* epsilon = 1, where
epsilon is the permittivity of free space and mu is the permeability of free space, we're going to use an epsilon (permittivity of free space) that is the same as this universe, so epsilon' =epsilon (our universe). But the permeability, in order to satisfy the
equation will need to be: mu' = 1/(c'^2*
epsilon'). When we substitute c' = 10^6
c and mu' = mu, we get mu' = 1/(10^12
c^2 (epsilon)). So mu' = mu/10^12.
The result will be that magnetic fields caused by materials from this foreign universe will have magnetic fields that are 10^12 times smaller than magnetic materials of our universe. Nothing to worry about there.😗
The plan is to trade with aliens and extraterrestrials for a dielectric materials that contain a foreign hydrogen, with a foreign proton/neutron pair (basically a foreign hydrogen gas from a superluminal universe). Since a foreign hydrogen gas with a permitivity compatible with our universe will bond electrically with materials in our universe, like CH4 (methane gas) for example, the lack of magnetic properties won't really matter.💡
We're going with a dielectric material because we're going to create capacitors with this foreign dielectric material in them. The plan is to cover the outside of the starship with capacitors that, when charged up, will emit an electric field. The non grounded side of the capacitor will be charged to 50v, so don't touch it. This is intended to create a relatively small electric field that has a component of foreign electric field in it. It will be like radiating an electrical field from a superluminal universe, outwards from the hull of your starship.👽
What I expect to happen is that foreign gravitons will interact with the foreign electric field. Since the surface area of a "this universe" graviton is a virtual photon, and virtual photons are the carriers of electromagnetism, then the surface area of a superluminal (foreign) graviton will be a superluminal virtual photon that is the carrier of the superluminal/foreign electromagnetic field. 😲
What I expect to happen is that the whole hull of the spaceship will be covered with this foreign electric field. If the energy density of this superluminal field is strong enough, then your starship will become hidden from this universe and will appear as an object in a superluminal universe. A superluminal object in a superluminal universe will be governed by the laws of motion of the superluminal universe. Guess what the mass of a thousand metric ton starship is in a superluminal universe? Since
energy is conserved, E = mc^2 =
m'c'^2, so m'= m(c/c') ^2 =
10^-12*(10^6 kg) = 10^-6 Kg (which is
nothing).✌️
Source: CIA🇺🇸