Re: Speed Of Light Question

TIME moves at the speed of LIGHT, or it might be more correct to say
that: LIGHT moves along with the continual MOTION of TIME with SPACE:
"c"; obviously, immediately explaining why a photon, or any object,
clock, etc., traveling at a "c" (speed of LIGHT, or SPEED of TIME
velocity) experiences the passing of no time at all, or an infinite
Time Dilation as mathematically calculated by the Fitzgerald Formula,
since this object would now be "MOVING ALONG WITH" the SAME "NOW POINT"
in TIME, as it moves along with the speed of LIGHT outward into SPACE..

Even Prof. Hawking has stated that: "If you travel faster than light,
time runs backwards".

Wouldn't this mean that by treavling at a velocity greater than "c",
you had "outrun" the this outward motion of time (LIGHT) continually
displacing you (causing your clock to run in the correct direction),
and by moving at a velocity greater than "c", you are now passing this
motion of time displacement and are now "overtaking" it, moving into
the past faster that the time displacing you can move into the
future?...and that is why "your clock runs backwards if you travel
faster than "c"?

For more on this new way of explaining this please go to:

> www.realityphysics.com <

all comments and opinions welcome.

all the best,

Jeff Lee CENTER for REALITY PHYSICS

.

Relevant Pages

  • Re: THE RELATIVITY OF THE INERTIAL PHENOMENA (GRVITY)
    ... need to define motion relative to the inertia phenomena. ... from the perspective of watching the universe from ... defined under these conditions is the motion of the expansion of the ... Inertial mass is relative to velocity in space, ...
    (sci.physics.relativity)
  • THE RELATIVITY OF THE INERTIAL PHENOMENA (GRVITY)
    ... The relativity of motion in space relative to the inertia phenomena is ... from the perspective of watching the universe from ... Inertial mass is relative to velocity in space, ...
    (sci.physics.relativity)
  • RHU Theory: The relativity of the inertial phenomena
    ... The relativity of motion in space relative to the inertia phenomena is ... from the perspective of watching the universe from ... Inertial mass is relative to velocity in space, ...
    (sci.physics)
  • Re: Define a clock
    ... It says that motion is observable and that we've ordered certain ... More specifically, you'd be observing ... >> results of velocity through a distance. ...
    (sci.physics.relativity)
  • Re: Vectors question 2
    ... > direction of its motion. ... need to imagine a train that is 4 km wide. ... represents the displacment, v the velocity, and t the ... velocity vector of the stuntman with respect to the ground. ...
    (sci.math)
Quantcast