Einstein's Relativity

Here is the twenty-third episode of Quantum Foam, Einstein's Relativity. The General Theory Of Relativity today still holds true and has not been proven to be wrong. Universality is something to think about as seen with our current laws of physics. The problem is that in certain physics situations the constants are adjusted all the time. They are changing the values for their constants. We are now able to predict the future. How do we transform ourselves into positions where we can understand this stuff? There was a major paradigm shift when Einstein figured out his theories on acceleration and gravity. There were problems with the orbit of Mercury. The dissemination of information being presented in this show is fun. We still all need to listen to reason as given by the scientific community. There is direct current and alternate current. This is important for the transport of energy within wires. Elements are created inside of stars up to certain levels. Relativity is made up of metric tensors. We can do different things with the equations of Relativity. What are the orthogonal base vectors that we are working with? What is the substance of what we are considering? Einstein published 3 papers in 1905 that demonstrated some seriously profound and new ideas. The personal space around a human is about 2 meters in size. We can pack a lot of digital data on devices now. There is too much science to read in order to work on certain subjects. We want history to go down as correct. This theory was a world-renown set of papers. There were those who set out to prove the validity and accuracy of General Relativity using photo plates that measure the lensing effect apparent in the stars immediately around the sun. The Theory Of Everything will include both gravity and Quantum Gravity. Relative to a lensing effect, can we see ourselves either forward or backward in time? We can count the number of years by counting the number of seasons or winters. We can view gravity with the Laser Interferometer Gravitational-Wave Observatory. According to Relativity, the speed of light is always seen at the same speed from each observer regardless of the observer's movement. Mass and energy mix with different particles in nuclear reactions. We have mastered nuclear fusion, but we still need to build a working reactor. That should be happening sometime soon. We are using different ways to describe something like the gravity of the sun. We don't know where Black Holes lead, but we are able to bend light. Einstein finished up the theory when he made it the General Theory Of Relativity in 1915. General Relativity causes a direct effect which increases an objects velocity and increases its mass. You can move things in and out of space-times but they are considered to be inside a continuum. Gravitational lensing effects can cause frame-dragging with gravity throwing light around far away deep in space. When objects go closer to the speed of light they experience Lorenz contractions. We need to be able to manipulate and work with energy on a planet-wide scale. This gives us the foundation for building many frameworks that include the theory of General Relativity.