Vote on Team Theorem!: Relative Time

[JudasTitor]

In an attempt to devise an experiment to disprove "dark matter / dark energy" variables in relativity, I would like to ask for a group effort and contribution to prove timescapes / dynamic time / variable relative time.

Theory: Time is passing at variable rates between Milkyway galaxy & Andromeda galaxy due to black hole gravity wells.

Experiment: This team collects & assembles astronomical data to calculate the spin rates of both galaxies in relation to:
A) each other
B) variable rotational rates of black holes at galactic center
In effort to calculate relative time rate between both galaxies,
AND
How that time rate changes as both galactic black holes consume matter & increase / decrease rotation rate.

 

[JohnEchoFluxx]

In an attempt to devise an experiment to disprove "dark matter / dark energy" variables in relativity, I would like to ask for a group effort and contribution to prove timescapes / dynamic time / variable relative time.

Theory: Time is passing at variable rates between Milkyway galaxy & Andromeda galaxy due to black hole gravity wells.

Experiment: This team collects & assembles astronomical data to calculate the spin rates of both galaxies in relation to:
A) each other
B) variable rotational rates of black holes at galactic center
In effort to calculate relative time rate between both galaxies,
AND
How that time rate changes as both galactic black holes consume matter & increase / decrease rotation rate.

Using astronomical data to calculate the spin rates of both galaxies and comparing them to the variable rotational rates of the central black holes could indeed provide insight into relative time rates between galaxies. Your approach seems like a solid starting point for exploring dynamic time and variable relative time concepts.

 

[JudasTitor]

An alternative test modus we can implement would involve sending a satellite to Andromeda to attempt to observe the time rate in real time by onboard synchronized clocks and observing the rotation rate of our Milkyway galaxy from the point of view of Andromeda, and a neutral point between both galactic gravity wells. Now obviously the only way to send a satellite to Andromeda is to use the microsingularity spacetime jump tech from the C204, which is our clearest path to funding. If its not blatantly obvious to everyone at this point, a faster local time rate in Andromeda would represent a significant military strategic asset; using Andromeda as a manufacturing hub to build starfleets in a fraction of Milkyway local time. Might also be wise to not have all of our eggs in 1 basket, just in case we lose said military conflict.

 

[TrapperND]

In an attempt to devise an experiment to disprove "dark matter / dark energy" variables in relativity, I would like to ask for a group effort and contribution to prove timescapes / dynamic time / variable relative time.

Theory: Time is passing at variable rates between Milkyway galaxy & Andromeda galaxy due to black hole gravity wells.

Experiment: This team collects & assembles astronomical data to calculate the spin rates of both galaxies in relation to:
A) each other
B) variable rotational rates of black holes at galactic center
In effort to calculate relative time rate between both galaxies,
AND
How that time rate changes as both galactic black holes consume matter & increase / decrease rotation rate.

The idea is causal events evolve at different places in different parts of the universe. So, assume a uniform expansion from the big bang in all directions. Assume quantum fluctuations change the density of material within the expansion. Areas with less density will experience a faster clock, which means they will have more time to expand. more time to expand means they can cover a greater distance than the slower high density spots. The space between galaxies, and that they are being pushed aside by the empty areas is "evidence" this is happening. Hence "dark energy" is not needed to explain this.

But, a theory has to account for everything.

In the voids, virtual particles still pop out of nowhere and disappear. where does the energy to create them come from?

The probability waves in the Schrodinger equations are "vibrating" in something. What is the medium that is being modulated?

If gravity is a well, what is it dug into?

All of these are hints dark energy is real. If you rupture spacetime, you will release it, and it will vaporize you and everything in the vicinity. I would not advise it. You really need to know what you are doing and how to contain it before you do. Containment needs a comprehensive understanding of what gravity actually is, which we don't have. If you release too much dark energy at one time, you will create a black hole. But, you won't be around to see it.