Seeing things in their past? You are full of beans!

[james blunt]

Based on what evidence? Where are the experiments showing this relationship?

The same evidence as you provide for time dilation .

 

[Polymath257]

What ? can't you read ? Honestly you are being really obtuse if you cannot read that .

Entropy can change in many ways the same as frequency can change in many ways proportional to the change of entropy.

So, where is the constant of proportionality in your equation? And why do you think those two things are proportional? What actual evidence do you have that the entropy change when a gas expands is in any way proportional to *any* sort of frequency change?

 

[james blunt]

Especially a math equation whose units are not in agreement. But then, he thinks light years are not a measure of distance, so what do you expect?

They are in agreement.

A change of input is equal to a change of output. Every action has an opposite and equal reaction.

 

[Polymath257]

The same evidence as you provide for time dilation .

Really? What specific tests have you done that are similar to taking Cs clocks around the world to measure time dilation? And, I might add, get results in agreement with the theoretical predictions? What specific tests have you run that stand up to measuring time dilation effects between floors of a building?

 

[Polymath257]

They are in agreement.

A change of input is equal to a change of output. Every action has an opposite and equal reaction.

Sorry, but you clearly don't even understand what that means.

 

[james blunt]

So, where is the constant of proportionality in your equation? And why do you think those two things are proportional? What actual evidence do you have that the entropy change when a gas expands is in any way proportional to *any* sort of frequency change?

Higher state energy and enphalpic properties.

 

[Thermos aquaticus]

The same evidence as you provide for time dilation .

Where in the Hafele-Keating experiment did they change entropy inside the cesium clocks?

 

[james blunt]

Sorry, but you clearly don't even understand what that means.

+1-1+1-1

Of course I don't ......sarcasm

 

[james blunt]

Where in the Hafele-Keating experiment did they change entropy inside the cesium clocks?

Once they move it .

 

[Thermos aquaticus]

Once they move it .

How does moving an atomic clock cause the oscillation of the cesium atoms to change? Where are the experiments demonstrating this?

 

[james blunt]

Really? What specific tests have you done that are similar to taking Cs clocks around the world to measure time dilation? And, I might add, get results in agreement with the theoretical predictions? What specific tests have you run that stand up to measuring time dilation effects between floors of a building?

I haven't done any, you have done them all for me already.

 

[james blunt]

How does moving an atomic clock cause the oscillation of the cesium atoms to change? Where are the experiments demonstrating this?

Hafele–Keating experiment - Wikipedia

The same place as yours

 

[Thermos aquaticus]

Hafele–Keating experiment - Wikipedia

The same place as yours

What is the mechanism that causes the oscillation of the cesium atom to change as they are being moved?

 

[james blunt]

What is the mechanism that causes the oscillation of the cesium atom to change as they are being moved?

A change of entropy timing.

Δ

= Δ f

 

[Thermos aquaticus]

A change of entropy timing.

How does movement cause a change in entropy timing?

 

[Polymath257]

How does movement cause a change in entropy timing?

Whatever *that* means? More specifically, how does motion produce a change in entropy?

 

[Thermos aquaticus]

Whatever *that* means? More specifically, how does motion produce a change in entropy?

Apparently, physics is a lot easier when you get to make stuff up.

 

[james blunt]

How does movement cause a change in entropy timing?

When a Caesium is at relative rest at ground state its entropy is set and constant. Now because of quantum entanglement you only have to touch the clock or move the clock and it takes on energy , high state energy passive to low energy states.
When a Caesium is in motion it has less gain than at ground state so emits at a slower rate .

 

[Thermos aquaticus]

When a Caesium is at relative rest at ground state its entropy is set and constant. Now because of quantum entanglement you only have to touch the clock or move the clock and it takes on energy , high state energy passive to low energy states.
When a Caesium is in motion it has less gain than at ground state so emits at a slower rate .

How much energy? Change in entropy is given by this equation:

deltaS = q/T

q=heat transfer (joules)
T=temperature (kelvin)

How does moving the clock cause the clock to change temperature?

 

[james blunt]

How much energy? Change in entropy is given by this equation:

deltaS = q/T

q=heat transfer (joules)
T=temperature (kelvin)

How does moving the clock cause the clock to change temperature?

heat transfer divided by temperature ?

Does that make sense?

The amount is minuscule, probably immeasurable apart from by frequency.

By moving the clock it absorbs less. Consider a moving sponge compared to a stationary sponge in the rain.