Re: Acceleration Relativity in Minimalist Gravitational Zones
- From: "Bill Hobba" <rubbish@xxxxxxxx>
- Date: Sun, 23 Apr 2006 02:19:51 GMT
<acctope@xxxxxxxxxxxx> wrote in message
news:1145756370.200133.322390@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Einstein theory must allow the modelling of a limited theoretical
probability of travel back into time (but never forward) as the logical
conclusion of exceeding light speed. It is a necessary allowance within
such an analytical framework as a concession to the question "what if"
it were possible to travel faster than light. This necessary concession
exposes the great weakness in Einstein theory which is that all the
relative transformations are considered as applying only to the factor
M in the equation F=MA. Any concession that relative transformations
may also apply to the factor A, would instantly permit the theoretical
possibility of faster-than-light travel. Modelling of possible
relativistic transformations on A are extremely difficult since there
is no easy way to yet generate a significant A (acceleration) on the
human body once it is floating in space. Current thrust technology
(chemical based) does not generate significant acceleration force on
any orbital. A craft remaining within our solar system is also still
subject to a not insignificant gravitational force of the sun (which is
why our solar system remains an ordered system).
However if travel to another star were attempted, the vast majority of
the distance travelled is within this minimalist gravitational zone
(that is between two stars outside of their orbiting planet rings).
Relativistic transformations on the A factor in F=MA will necessarily
concern the contrasting nature of pull acceleration (any natural
gravitational force) with any push acceleration (as an artificial
gravity is generated). When there is minimal pull (in the minimalist
gravitational zone between stars) the Einstein theory will cease to
apply with any significant effect. That is to say the factor A in F=MA
when consisting of the most minimal pull A and the maximum push A (say
a 50G rocket powered acceleration) will negate factor M transformation
to the point of near insignificance.
Furthermore the relative values of transformation on push A should be
subject to limit in itself to the universal value of the standard pull
acceleration as we know it. This is to say absolutely confined to an
upper limit of artificial gravity simulation of no more than 1 earth
gravity. This derives from the fact
You obviously have no idea what you are talking about. Accelerations much
greater than 1 g have readily been achieved.
Bill
that since we know of no life that
exists outside of the range of 1G (our earth gravity) there is
therefore no proof contrary to a good assumption that this is in fact a
universal fixed value. That would mean a spacecraft occupied by humans
once in the minimalist gravitational zone between the stars (the vast
majority of the distance needing covered to make star travel possible)
could travel at say 50G but be only experienced as a comfortable fixed
value of 1G by occupants.
With M transformation being negated by the above relativity to the
point of near insignificance, speeds in many multiple factors of light
speed would be possible with a minimal loss of efficiency in energy
force (F) conversion to the acceleration and de-acceleration of the
spacecraft. This would allow spacecraft to travel between star systems
in a matter of minutes provided enough force is generated to accelerate
and de-accelerate.
.
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