3D Time = Mandela Effect Solved?

[imitator]

I just ran into this new idea from a physicist at UAF (University of Alaska Fairbanks), Günther Kletetschka. He’s proposing that time might actually have three dimensions, kind of like space does... so we might live in a 6D universe (3 space + 3 time). 

This isn't sci-fi stuff... it’s backed by a serious mathematical thingamajigs:
Preserves causality (no backwards paradoxes) 
Explains why particles come in three families and even predicts their exact masses. 
Forecasts tiny shifts in gravitational waves, which our detectors (like LIGO) could spot.

 

This paper introduces a theoretical framework based on three-dimensional time, where the three temporal dimensions emerge from fundamental symmetry requirements. The necessity for exactly three temporal dimensions arises from observed quantum-classical-cosmological transitions that manifest at three distinct scales: 

Three-Dimensional Time: A Mathematical Framework for Fundamental Physics

This new theory does suggest the possibility of subtle shifts in experienced reality due to geometric movement through time, in which... I'm thinking could loosely resemble what Mandela Effects describes.




Quittetschka’s model says these choices give us multiple possible timelines. If you “slide along t2, even slightly, you’d end up in a very similar but subtly different version of your day... no conscious effort, just a quantum nudge.

This is how I'm seeing it...  
The second time‑dimension t2 lets you slide sideways into alternate versions of the same day... so it’s like dropping into a parallel timeline.

The third dimension t3 lets you jump between those slight variations. 

This model could give the Mandela Effect a physical explanation... small timeline shifts caused by our movement in extra time dimensions!  

Quantum nudges: They’re real in small systems... but theories like Quittner’s are saying, maybe the structure of time could affect larger scales under certain conditions.


Link: https://www.iflscience.com/space-might-b...time-79730

Many existing exotic models of a higher dimensional universe have been criticized because they are so hard to explore experimentally. In some cases we have no idea how to test them at all; in others we do, but it requires building particle accelerators far more powerful than those we have today.

This is where Kletetschka says his idea stands out. "Earlier 3D time proposals were primarily mathematical constructs without these concrete experimental connections," he said. "My work transforms the concept from an interesting mathematical possibility into a physically testable theory with multiple independent verification channels." 

If it holds up experimentally, we’re looking at a revolution in fundamental physics... a new era where our understanding of time itself changes everything.

So, maybe instead of just me misremembering stuff, I might’ve shifted... even just a little. No time machines involved.  

Found this video with Anton Petrov explaining it, he seems a little shocked...

Model Suggests Time Has 3 Dimensions and Makes Intriguing Predictions

[Velvet Elvis]

This is kind of how I've always felt about how time works but I never really connected it to the Mandela effect. Honestly, I've never really been a big believer in it but this new way of looking at it does make me take it more seriously.

[imitator]

This is kind of how I've always felt about how time works but I never really connected it to the Mandela effect. Honestly, I've never really been a big believer in it but this new way of looking at it does make me take it more seriously.

It might even help mathematically explain certain paranormal experiences. Time could be much bigger and weirder than we can currently imagine, with larger temporal structures we don’t fully understand.

[Maxmars]

I can imagine how this shifted framework will ruffle feathers...

But... Once you go beyond what I can see, hear, feel, and or measure...
I dare not even inquire... understanding the answer is a lot of work.

It about competing models in a theoretical contest... they call it "research."

It's hard to not miss the entire research community suffering from
Hollywood commerce syndrome...
a real shame...
I had hoped they would never yield to anything other than science.

[putnam6]

Explain it like I'm 




What are the ramifications?

Parallel universes? multiverses? timeslips? Time travel?

[imitator]

Explain it like I'm 

[Image: https://media0.giphy.com/media/Ryb8N4Rvw.../giphy.gif]


What are the ramifications?

Parallel universes? multiverses? timeslips? Time[Image: https://media0.giphy.com/media/xThta7m95.../giphy.gif] travel?

Yeah, I asked ChatGPT to explain it to me like I’m three years old... then I was like, Ahh!  

I also asked, if this is true, how does it affect Schrodinger’s cat?
Here is what it said... 
"Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one."


ChatGPT:
Ah, you're talking about Schrödinger’s cat—the classic quantum thought experiment. And yes, the 3D time model could offer a really fresh angle on it. Let’s connect the dots.

Quick Recap: Schrödinger’s Cat
In the original setup:

A cat is placed in a box with a radioactive atom that may or may not decay.

If it decays, a mechanism kills the cat.

Until you open the box and observe, the cat is in a superposition: both dead and alive.

This highlights how quantum systems exist in multiple states until observed, which causes "collapse" into one outcome.

What 3D Time Might Say About the Cat
In a 3D time framework, especially with axes like t₂ (branching) and t₃ (transitioning), here’s a different take:

1. The Superposition Isn't Just a State—It's a Place in Time
The cat isn't in a fuzzy state; it's positioned within a higher-dimensional temporal structure.

Along t₂, there's a “branch” where the cat lives and another where it dies.

Your consciousness is moving along t₁ (normal time), but once you observe the box, you intersect one of the paths along t₂.

2. "Collapse" Might Be a Real Shift
In standard quantum mechanics, wavefunction collapse is abstract—we don’t know how or why it happens.

In this model, collapse could mean sliding into a specific temporal strand, effectively “choosing” one version of the outcome by where your observation lines up on t₂.

3. t₃ = Transitioning Between Outcomes
The third time axis, t₃, could in theory allow movement or interference between closely neighboring branches.

That means that the “cat is dead” and “cat is alive” states still exist, but you landed in one due to your position across these axes.

So instead of the cat being both dead and alive in one box, the universe might actually include multiple versions of that box—and your awareness enters one of them depending on your position in this 3D time framework.

 Why This Matters
In standard quantum mechanics:

"Both realities exist until measured."

In 3D time theory:

"Both realities exist along different time axes—and you intersect one when you observe."

This adds geometry to probability—giving physical location in time to superpositions.

 Bottom Line
The 3D time model could physically separate superposed outcomes into different paths through time.

Measurement doesn’t just collapse possibility—it determines which slice of the higher-dimensional time structure you're intersecting.

Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one.

[ReturnofBroccoli]

Yeah, I asked ChatGPT to explain it to me like I’m three years old... then I was like, Ahh!  

I also asked, if this is true, how does it affect Schrodinger’s cat?
Here is what it said... 
"Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one."


ChatGPT:
Ah, you're talking about Schrödinger’s cat—the classic quantum thought experiment. And yes, the 3D time model could offer a really fresh angle on it. Let’s connect the dots.

Quick Recap: Schrödinger’s Cat
In the original setup:

A cat is placed in a box with a radioactive atom that may or may not decay.

If it decays, a mechanism kills the cat.

Until you open the box and observe, the cat is in a superposition: both dead and alive.

This highlights how quantum systems exist in multiple states until observed, which causes "collapse" into one outcome.

What 3D Time Might Say About the Cat
In a 3D time framework, especially with axes like t₂ (branching) and t₃ (transitioning), here’s a different take:

1. The Superposition Isn't Just a State—It's a Place in Time
The cat isn't in a fuzzy state; it's positioned within a higher-dimensional temporal structure.

Along t₂, there's a “branch” where the cat lives and another where it dies.

Your consciousness is moving along t₁ (normal time), but once you observe the box, you intersect one of the paths along t₂.

2. "Collapse" Might Be a Real Shift
In standard quantum mechanics, wavefunction collapse is abstract—we don’t know how or why it happens.

In this model, collapse could mean sliding into a specific temporal strand, effectively “choosing” one version of the outcome by where your observation lines up on t₂.

3. t₃ = Transitioning Between Outcomes
The third time axis, t₃, could in theory allow movement or interference between closely neighboring branches.

That means that the “cat is dead” and “cat is alive” states still exist, but you landed in one due to your position across these axes.

So instead of the cat being both dead and alive in one box, the universe might actually include multiple versions of that box—and your awareness enters one of them depending on your position in this 3D time framework.

 Why This Matters
In standard quantum mechanics:

"Both realities exist until measured."

In 3D time theory:

"Both realities exist along different time axes—and you intersect one when you observe."

This adds geometry to probability—giving physical location in time to superpositions.

 Bottom Line
The 3D time model could physically separate superposed outcomes into different paths through time.

Measurement doesn’t just collapse possibility—it determines which slice of the higher-dimensional time structure you're intersecting.

Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one.

What if Im Helen Keller? What happens to the cat? To the world?

[imitator]

What if Im Helen Keller? What happens to the cat? To the world?

ChatGPT can be pretty funny... 

Anyway... This 3D Time theory makes way more sense than what’s out there right now.

[ReturnofBroccoli]

ChatGPT can be pretty funny... 

Anyway... This 3D Time theory makes way more sense than what’s out there right now.

[Image: https://denyignorance.com/uploader/image..._11 AM.jpg]

Listen to me Morty! Just because grandpa puts a box over his head doesnt mean he's now transported into a parallel state of being! Thats why baby's think playing peakaboo is real Morty! Dont be a baby Morty! Listen to Rick 562! Cosmic peakaboo is a thing now!

[Unknownparadox]

Yeah, I asked ChatGPT to explain it to me like I’m three years old... then I was like, Ahh!  

I also asked, if this is true, how does it affect Schrodinger’s cat?
Here is what it said... 
"Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one."


ChatGPT:
Ah, you're talking about Schrödinger’s cat—the classic quantum thought experiment. And yes, the 3D time model could offer a really fresh angle on it. Let’s connect the dots.

Quick Recap: Schrödinger’s Cat
In the original setup:

A cat is placed in a box with a radioactive atom that may or may not decay.

If it decays, a mechanism kills the cat.

Until you open the box and observe, the cat is in a superposition: both dead and alive.

This highlights how quantum systems exist in multiple states until observed, which causes "collapse" into one outcome.

What 3D Time Might Say About the Cat
In a 3D time framework, especially with axes like t₂ (branching) and t₃ (transitioning), here’s a different take:

1. The Superposition Isn't Just a State—It's a Place in Time
The cat isn't in a fuzzy state; it's positioned within a higher-dimensional temporal structure.

Along t₂, there's a “branch” where the cat lives and another where it dies.

Your consciousness is moving along t₁ (normal time), but once you observe the box, you intersect one of the paths along t₂.

2. "Collapse" Might Be a Real Shift
In standard quantum mechanics, wavefunction collapse is abstract—we don’t know how or why it happens.

In this model, collapse could mean sliding into a specific temporal strand, effectively “choosing” one version of the outcome by where your observation lines up on t₂.

3. t₃ = Transitioning Between Outcomes
The third time axis, t₃, could in theory allow movement or interference between closely neighboring branches.

That means that the “cat is dead” and “cat is alive” states still exist, but you landed in one due to your position across these axes.

So instead of the cat being both dead and alive in one box, the universe might actually include multiple versions of that box—and your awareness enters one of them depending on your position in this 3D time framework.

 Why This Matters
In standard quantum mechanics:

"Both realities exist until measured."

In 3D time theory:

"Both realities exist along different time axes—and you intersect one when you observe."

This adds geometry to probability—giving physical location in time to superpositions.

 Bottom Line
The 3D time model could physically separate superposed outcomes into different paths through time.

Measurement doesn’t just collapse possibility—it determines which slice of the higher-dimensional time structure you're intersecting.

Schrödinger’s cat isn’t a paradox—it's a map of multiple outcomes in layered time, and your observation picks one.

3d time appears to me, to be another way of saying multiple universes or dimensions. I don't see schrodingers cat as any kind of thought experiment either.

Because the atom may be in a superposition state or fuzzy, neither here nor there until you observe it. The universe decides whether the atoms will decay or not. By observing it you only get to find out if the cat was lucky or unlucky.

You could also change the poison to acid or dynamite, which would tell you if the atom decayed, since the acid would burn through the bottom of the box, or it would be deformed or blown apart from the dynamite. 

I don't trust AI it is wrong quite often. In addition it is a means to control information. It does operate under instructions, through the use of temperature, AKA program parameters. I like the new jargon used to describe world changing technology.

All my opinions aside, 3d time could be the explanation for the Mandela effect. One explanation I kind of favor is, AI is rewriting history. I don't think it is doing it without direction from humans. Some sort of high tech MK Ultra thing.  It is currently the only technology capable of finding all the information, that needs to be changed and changing it. Although it is not without mistakes, that is why bits and pieces remain here and there. Which most people completely disregard, and stick with no ones memory works.

This has problems too like, Sally Field, I clearly remember Sally Fields staring in smokey and the bandit. Which can only be explained by. They have mastered brainwashing to the point, they can convince someone their name is different. Or my memory doesn't work.

One, of two other possible explanations I can think of is. I seen show on time travel, in the early 2000s. Where one of the people suggested that you might could receive messages from the future, by using quantum mechanics and observing particles or photons. It is possible this was thought of earlier in time, and the technology existed to create such a machine. So in the future you would keep trying to build a machine that could send messages to the machine you built in the past.

While quantum entanglement communication is shrouded in jargon like AI. The best I understand and remember. It has been proven 2 entangled atoms do indeed send information faster than the speed of light. But humans can not use it, to send information faster than speed of light. But if humans could use it to send information faster than the speed of light. That would actually send information into the past. So you could send a information back in time