Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

On Feb 10, 5:30*pm, wrote:
Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: You are confusing yourself.

Acceleration is a rate of change of velocity. Velocity causes
timerate when it is v/c.

There is a 'fastest' timerate. It is v=0 wrt c.

Now tell me that light doesn't bend in gravity. What does the bending
mean when light is coming straight to the Earth?

You have about 5000 years to think about this. Don't hurry.

On Feb 10, 5:03*pm, xxein wrote:
On Feb 10, 5:30*pm, wrote:

Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: *You are confusing yourself.

Acceleration is a rate of change of velocity. *Velocity causes
timerate when it is v/c.

There is a 'fastest' timerate. *It is v=0 wrt c.

Einstein said there is no absolute rest therfor fastest time does not
apply to matter.
Light is Gamma one and oscillates in fastest uncontracted time. Light
has the fastest clock.


Now tell me that light doesn't bend in gravity. *What does the bending
mean when light is coming straight to the Earth?

You have about 5000 years to think about this. *Don't hurry.

Drop something and it follows no curve in space.
Light does bend falling along space curvature.
Light also has a constant speed in a changing time as it falls. The
slower gravitational time slows light. It continues to fall at C but
in a different time metric. When it approaches the end of time it
slows down. As it approaches fastest time it speeds up. This is the
result of the changing time metric.

Mitch Raemsch Twice Nobel Laureate 2008

On Feb 10, 9:48*pm, wrote:
On Feb 10, wrote:





On Feb 10, 5:30*pm, wrote:

Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: *You are confusing yourself.

Acceleration is a rate of change of velocity. *Velocity causes
timerate when it is v/c.

There is a 'fastest' timerate. *It is v=0 wrt c.

Einstein said there is no absolute rest therfor fastest time does not
apply to matter.
Light is Gamma one and oscillates in fastest uncontracted time. Light
has the fastest clock.



Now tell me that light doesn't bend in gravity. *What does the bending
mean when light is coming straight to the Earth?

You have about 5000 years to think about this. *Don't hurry.

Drop something and it follows no curve in space.
Light does bend falling along space curvature.
Light also has a constant speed in a changing time as it falls. The
slower gravitational time slows light. It continues to fall *at C but
in a different time metric. When it approaches the end of time it
slows down. As it approaches fastest time it speeds up. This is the
result of the changing time metric.

Mitch Raemsch Twice Nobel Laureate 2008- Hide quoted text -

- Show quoted text -

xxein: Your first two sentences are a contradiction in actionable
terms.

The rest is from a 'paint by number' coloring book.

Does this 'changing time metric' require energy?

"xxein" wrote in message
...
On Feb 10, 5:30 pm, wrote:
Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: You are confusing yourself.

Geez you stupid ****.

"xxein" wrote in message
...
On Feb 10, 9:48 pm, wrote:
On Feb 10, 5:03 wrote:





On Feb 10, 5:30 pm, wrote:

Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: You are confusing yourself.

Acceleration is a rate of change of velocity. Velocity causes
timerate when it is v/c.

There is a 'fastest' timerate. It is v=0 wrt c.

Einstein said there is no absolute rest therfor fastest time does not
apply to matter.
Light is Gamma one and oscillates in fastest uncontracted time. Light
has the fastest clock.



Now tell me that light doesn't bend in gravity. What does the bending
mean when light is coming straight to the Earth?

You have about 5000 years to think about this. Don't hurry.

Drop something and it follows no curve in space.
Light does bend falling along space curvature.
Light also has a constant speed in a changing time as it falls. The
slower gravitational time slows light. It continues to fall at C but
in a different time metric. When it approaches the end of time it
slows down. As it approaches fastest time it speeds up. This is the
result of the changing time metric.

Mitch Raemsch Twice Nobel Laureate 2008- Hide quoted text -

- Show quoted text -

xxein: Your first two sentences are a contradiction in actionable
terms.

Geez you stupid ****.

On Feb 10, 8:51*pm, xxein wrote:
On Feb 10, 9:48*pm, wrote:





On Feb 10, wrote:

On Feb 10, 5:30*pm, wrote:

Acceleration creates motion. Steady motion has slow time. For every
velocity there is a different time rate. This is Einstein's time
divided by Einstein's Gamma factor(or Gamma Time) in Special
Relativity.

Gravity is acceleration according to Albert Einstein. Gravity slows
time. If time slows in gravity and acceleration then there must be a
kind of fastest time to start the slowdown from. This fastest time is
an uncontracted time metric. When there is no Lorentz contraction to
time time will be running at its fastest rate. Time rate is fastest
under the conditiuon of Gamma one.

Mitch Raemsch Twice Nobel Laureate 2008

xxein: *You are confusing yourself.

Acceleration is a rate of change of velocity. *Velocity causes
timerate when it is v/c.

There is a 'fastest' timerate. *It is v=0 wrt c.

Einstein said there is no absolute rest therfor fastest time does not
apply to matter.
Light is Gamma one and oscillates in fastest uncontracted time. Light
has the fastest clock.

Now tell me that light doesn't bend in gravity. *What does the bending
mean when light is coming straight to the Earth?

You have about 5000 years to think about this. *Don't hurry.

Drop something and it follows no curve in space.
Light does bend falling along space curvature.
Light also has a constant speed in a changing time as it falls. The
slower gravitational time slows light. It continues to fall *at C but
in a different time metric. When it approaches the end of time it
slows down. As it approaches fastest time it speeds up. This is the
result of the changing time metric.

Mitch Raemsch Twice Nobel Laureate 2008- Hide quoted text -

- Show quoted text -

xxein: *Your first two sentences are a contradiction in actionable
terms.

The rest is from a 'paint by number' coloring book.

Does this 'changing time metric' *require energy?- Hide quoted text -

It requires gravity. Gravity slows time because as Einstein said it is
acceleration. Also there is motion time in Special Relativity or what
I call Gamma time where time = time rate divided by the gamma factor.
Gamma time defines the degree of time slowdown. It is the degree of
slowdown in time for any acceleration.

Mitch Raemsch Twice Nobel Laureate 2008


- Show quoted text -