What’s the difference between TIQM and Time Symmetric QM? (a

In summary, TI and TSQM are two interpretations of quantum mechanics that both use retrocausality to solve the mystery of action at a distance. TIQM is believed to be local, whereas TSQM is non-local. There is a difference between the two, but I don't understand what it is. I plan to read more about RUTA's insights on retrocausality in order to better understand the difference.
  • #1
thenewmans
168
1
I have a few questions about interpretations that use retrocausality. I only know of 2.

1. TIQM - Transactional Interpretation of QM by John Cramer 1986
https://en.wikipedia.org/wiki/Transactional_interpretation
2. TSQM - Time Symmetric QM by Huw Price
https://aeon.co/essays/can-retrocausality-solve-the-puzzle-of-action-at-a-distance

I have my own ideas of how these might work. But I’m still trying to figure this out. I’m hoping y’all can help me take a shortcut. So I have a few questions:

1. I assume TIQM and TSQM are similar in that they both use retrocausality. Am I assuming too much?
2. What’s the main difference between TIQM and TSQM?
3. Are there any other interpretations with retrocausality?
 
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  • #2
thenewmans said:
I have a few questions about interpretations that use retrocausality. I only know of 2.

1. TIQM - Transactional Interpretation of QM by John Cramer 1986
https://en.wikipedia.org/wiki/Transactional_interpretation
2. TSQM - Time Symmetric QM by Huw Price
https://aeon.co/essays/can-retrocausality-solve-the-puzzle-of-action-at-a-distance

I have my own ideas of how these might work. But I’m still trying to figure this out. I’m hoping y’all can help me take a shortcut. So I have a few questions:

1. I assume TIQM and TSQM are similar in that they both use retrocausality. Am I assuming too much?
2. What’s the main difference between TIQM and TSQM?
3. Are there any other interpretations with retrocausality?

Here is a PF Insight I wrote on retrocausality https://www.physicsforums.com/insights/retrocausality/ . There are some other programs referenced therein.
 
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  • #3
thenewmans said:
What’s the main difference between TIQM and TSQM?
Without really understand either, I see that TSQM claims to be local, whereas TIQM claims non local.
 
  • #4
There is a sometime poster in PhysicsForums, @rkastner, who has written several posts about TI. I don't think that the two (TIQM and TSQM) are the same, even though they exploit a similar loophole in explaining the mysteries of quantum mechanics.
 
  • #5
I'm still working my way through RUTA's insights article. Looks like no shortcuts for me. I'll add @rkastner to my reading list. Thanks!
 

FAQ: What’s the difference between TIQM and Time Symmetric QM? (a

What is TIQM?

TIQM stands for Time-Independent Quantum Mechanics. It is a theoretical framework used to describe the behavior of quantum systems in which time is treated as a parameter and not as an operator.

What is Time-Symmetric QM?

Time-Symmetric QM is a theoretical framework that extends the principles of TIQM to include time as an operator. This allows for a more comprehensive understanding of the behavior of quantum systems over time.

What is the main difference between TIQM and Time-Symmetric QM?

The main difference between TIQM and Time-Symmetric QM is the treatment of time. In TIQM, time is treated as a parameter, while in Time-Symmetric QM, time is treated as an operator. This allows for a more complete understanding of the behavior of quantum systems.

Which approach is more commonly used in quantum mechanics?

Both TIQM and Time-Symmetric QM are commonly used in quantum mechanics, but TIQM is more commonly used for simpler systems, while Time-Symmetric QM is used for more complex systems that require a more comprehensive understanding of time.

Are there any real-world applications for TIQM and Time-Symmetric QM?

Yes, TIQM and Time-Symmetric QM have been applied in various fields such as quantum computing, materials science, and atomic and molecular physics. They provide a theoretical framework for understanding the behavior of quantum systems and have practical applications in these fields.

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