The Variable Speed of Light Versus the Absolute Motion of Clocks
Even though the speed of light is always constant in empty space, it is measured to have a different value in every moving inertial frame due to the time
dilation of clocks. The following series of thought experiments are devised to
show what natural laws and constants remain the same through changes in
momentum and which laws are altered by acceleration or deceleration.
For ease in calculation, the velocity of .867 c is chosen for these experiments but Lorentz transformations are valid for any absolute velocity relative to the universal position of zero momentum photon rest. At this velocity, the linear Energy/Mass = c2 (relativistic mass) of the ship and crew is equal to the rotational Energy/Mass = C2 (rest mass) of their atoms. This doubling of the ship and crew’s Energy/Mass has slowed the rates of onboard inertial clocks to one-half and speeded the rate of pendulum gravity clocks to 1.414
The experiment begins when the atoms contained in a group of experimental physicists and their spaceship are accelerated from rest to a velocity of 86.7% the speed of light. They use an onboard Inertial Navigation System to determine when they have reached this velocity. The technicians then assemble a number of experiments to measure the “laws of physics”. These tests were performed when the ship was at rest and then again at speed in order to detect any changes in locally measured values.
Conservation of Linear and Angular Momentum
The first three laws of nature to be calculated and measured are Newton’s four laws of momentum. p = mv, Iw = mvr, F = ma?d, and m = M√1-v2 /c2 .
Momentum is mass times velocity and angular momentum is mass times rotational velocity times radius. These are the ultimate conserved components of all atoms and photons in the cosmos. Momentum a passive quantity that can only be detected by a linear Force that is measured on a single vector as mass times an unknown combination of absolute acceleration and deceleration. An accelerometer measure changes in momentum relative to itself but it can never separate its single reading into absolute acceleration from absolute deceleration. Angular momentum is an active absolute quantity that is the same in all reference frames that is measured by radial centripetal force. Westbound automobiles must accelerate and increase their momentum to begin their journey but Eastbound drivers must decelerate to reduce the absolute momentum of their cars in order to move Eastward against Earth’s constant angular momentum. Read More...
Click for more theories.
For ease in calculation, the velocity of .867 c is chosen for these experiments but Lorentz transformations are valid for any absolute velocity relative to the universal position of zero momentum photon rest. At this velocity, the linear Energy/Mass = c2 (relativistic mass) of the ship and crew is equal to the rotational Energy/Mass = C2 (rest mass) of their atoms. This doubling of the ship and crew’s Energy/Mass has slowed the rates of onboard inertial clocks to one-half and speeded the rate of pendulum gravity clocks to 1.414
The experiment begins when the atoms contained in a group of experimental physicists and their spaceship are accelerated from rest to a velocity of 86.7% the speed of light. They use an onboard Inertial Navigation System to determine when they have reached this velocity. The technicians then assemble a number of experiments to measure the “laws of physics”. These tests were performed when the ship was at rest and then again at speed in order to detect any changes in locally measured values.
Conservation of Linear and Angular Momentum
The first three laws of nature to be calculated and measured are Newton’s four laws of momentum. p = mv, Iw = mvr, F = ma?d, and m = M√1-v2 /c2 .
Momentum is mass times velocity and angular momentum is mass times rotational velocity times radius. These are the ultimate conserved components of all atoms and photons in the cosmos. Momentum a passive quantity that can only be detected by a linear Force that is measured on a single vector as mass times an unknown combination of absolute acceleration and deceleration. An accelerometer measure changes in momentum relative to itself but it can never separate its single reading into absolute acceleration from absolute deceleration. Angular momentum is an active absolute quantity that is the same in all reference frames that is measured by radial centripetal force. Westbound automobiles must accelerate and increase their momentum to begin their journey but Eastbound drivers must decelerate to reduce the absolute momentum of their cars in order to move Eastward against Earth’s constant angular momentum. Read More...
Click for more theories.
Comments
Post a Comment