You know I was looking at Einstein's law in the past few days and the more I look at it the more I think there's a fundamental flaw in it. I mentioned this to Dr. Nithianada on Friday and he mentioned the fact that some other fellow have the same opinion.
Well, I'm going beyond opinion to state a first stab at the solution:
The Problem I observe is the "Limiting nature of the equation M = Mo/sqrt((c*c - v*v)) where M is mass at any given velocity v, c is the speed of light and Mo is rest mass.
The above preclude any speed greater than the velocity of light! This places an upper bound on every thing in the universe given the inter relationship between mass, energy, speed and time. This if analysed will also place an upper bound on time, and consequently a lower bound.
My postulations are these
1. Time has neither a lower nor an upper bound
2. Speed has neither a lower nor an upper bound
3. Temperature has neither a lower nor an upper bound
4. Energy has neither a lower nor an upper bound
5. Mass has neither a lower nor an upper bound (We are never going to discover the smallest particle: I'll get to this late! Actually this is a postulation I have held dear fro over a decade now)
6. I propose that Einstein's Equation be re-written as M = Mo/sqrt[|c*c - v*v|]
where |c*c - v*v| allow for values of speed greater than the speed of light.
Interestingly, we have a problem when c=v!
Then The Mass of a particle will become infinite!
I propose two solutions
1. Speed is not continouse but discrete!
2. Because a particle whose speed approaches the speed of light is in a state of acceleration any how, the time interval between when it speed tends to the speed of light, approaches the speed of light and exceeds the speed of light are essentially so infinitesimal, that the phenomenom has never been observed, of if observed is easy to miss and because the speed soon exceeds the speed of light, the size of the particle actually reduces "älmost as soon as it becomes infinite!"
Ok, enough for one night!
Well, I'm going beyond opinion to state a first stab at the solution:
The Problem I observe is the "Limiting nature of the equation M = Mo/sqrt((c*c - v*v)) where M is mass at any given velocity v, c is the speed of light and Mo is rest mass.
The above preclude any speed greater than the velocity of light! This places an upper bound on every thing in the universe given the inter relationship between mass, energy, speed and time. This if analysed will also place an upper bound on time, and consequently a lower bound.
My postulations are these
1. Time has neither a lower nor an upper bound
2. Speed has neither a lower nor an upper bound
3. Temperature has neither a lower nor an upper bound
4. Energy has neither a lower nor an upper bound
5. Mass has neither a lower nor an upper bound (We are never going to discover the smallest particle: I'll get to this late! Actually this is a postulation I have held dear fro over a decade now)
6. I propose that Einstein's Equation be re-written as M = Mo/sqrt[|c*c - v*v|]
where |c*c - v*v| allow for values of speed greater than the speed of light.
Interestingly, we have a problem when c=v!
Then The Mass of a particle will become infinite!
I propose two solutions
1. Speed is not continouse but discrete!
2. Because a particle whose speed approaches the speed of light is in a state of acceleration any how, the time interval between when it speed tends to the speed of light, approaches the speed of light and exceeds the speed of light are essentially so infinitesimal, that the phenomenom has never been observed, of if observed is easy to miss and because the speed soon exceeds the speed of light, the size of the particle actually reduces "älmost as soon as it becomes infinite!"
Ok, enough for one night!
Comments