What areas in physics would you like the Theory of Everything to explain?

In summary, according to the authors of the papers referenced, a theory of everything would not be able to derive superconductivity because it would not be able to explain why certain materials have this property.
  • #1
Rorkster2
65
0
What areas in physics would you like the "Theory of Everything" to explain?

What are some of the mysteries in general physics, astrophysics, particle physics, etc would you like to see addressed when a theory of everything is finally forged?

For me it would have to be what is dark matter/energy, why virtual particles exist, ties general relativity and quantum mechanics together, what determines half-life's of particles, the nature of back holes, and finally how does quantum entanglement exist.

There is a lot to our universe, what do you see as a fundamental mystery or process that should be included in a hypothetical 'Theory of Everything'.
 
Physics news on Phys.org
  • #2


A good theory of everything should explain everything.
 
  • #3


DaleSpam said:
A good theory of everything should explain everything.

Ok ok you got me. Touche. But let me be entertained by life's greatest puzzles one by one
 
  • #4


This depends on what you mean by a "Theory of Everything". I've seen at least one definition that just unifies the fundamental forces. Then there's the theory that actually describes or explains EVERYTHING imaginable. That latter one seems impossible. I can't see a day where we run out of questions.
 
  • #5


If it does not explain consciousness it is just another theory of not everything.
 
  • #6


bahamagreen said:
If it does not explain consciousness it is just another theory of not everything.

That sounds more of a medical/philosophical question then a creation theory criteria. Personally, I believe once you get enough nerve paths together that transmit information (threw lots of evolution) you will naturally end up with something that is self aware. Even what it means to be self aware can be debated.

I think there will be a time the not to distant future where a computer surpasses the number of circuits and processing capacity then a human brain and will give rise to self aware machine.
 
  • #7


The Theory of Everything, at this point, is unknown and very little is out their, other then string theory, that attempts to pull everything together, and string theory has many skeptics (including myself). One day something will turn up that offers some pretty good explanations.

One way of looking at my question is that I am wondering what matters and phenomenon in nature would give credibility to an everything theory if it was able to explain them in a simple and logical way in addition to explaining the relationship of General Relativity to Quantum Mechanics
 
  • #8


Rorkster2 said:
...you will naturally end up with something that is self aware.

Well, if you accept as a sufficient explanation of consciousness that it just emerges "naturally" then there is no need to look any further. I can present the final formal theory of everything right now...

TOE: Everything happens naturally. Q.E.D.
 
  • #9


What areas in physics would you like the "Theory of Everything" to explain?


Next week's lottery numbers.

:smile:
 
  • #10


As I understand it a theory of everything would not explain everything but will explain the underlying physical laws behind everything. So it would be able to tell you all the processes going on in a dice role but it's not going to tell you what the role will be. Unless you somehow can observe what's going on at a fundamental level and plug this into a TOE calculator.

Wrt consciousness it's the same. A TOE might come out tomorrow and it still wouldn't help us much. We'd still have to study the brain further and understand what generates consciousness, the only advantage would be there would be no processes that couldn't in theory be explained by the TOE.
 
  • #11
Ha! Forget about these esoteric phenomena. A "Theory of Everything" will not be able to derive Superconductivity!

1. http://www.pnas.org/cgi/reprint/97/1/28.pdf
2. http://www.pnas.org/cgi/reprint/97/1/32.pdf
3. http://arXiv.org/abs/hep-th/0210162
4. R.B. Laughlin, Rev. Mod. Phys., v.71, p.863 (1999).
5. P. Anderson, Science v.177,p.4 (1972).

Zz.
 
  • #12


The Theory of Everything must shed light on what is Nothing, if such a concept exists, and give some explanation , other than "meaningless", as to what was happening before the Big Bang.
 
  • #13


Rorkster2 said:
What are some of the mysteries in general physics, astrophysics, particle physics, etc would you like to see addressed when a theory of everything is finally forged? .

1. Inertia

2. The nature of electric and magnetic fields.
 
  • #14
ZapperZ said:
Ha! Forget about these esoteric phenomena. A "Theory of Everything" will not be able to derive Superconductivity!

1. http://www.pnas.org/cgi/reprint/97/1/28.pdf
2. http://www.pnas.org/cgi/reprint/97/1/32.pdf
3. http://arXiv.org/abs/hep-th/0210162
4. R.B. Laughlin, Rev. Mod. Phys., v.71, p.863 (1999).
5. P. Anderson, Science v.177,p.4 (1972).

Zz.

I'm very interested in what you're implying, but at the moment I don't have the time to go through those articles. Could you sketch the idea? I wonder if it's not a semantical issue. How would a theory of everything not be able to predict superconductivity yet be able to be a theory of everything? Isn't that a contradictio in terminis?
 
  • #15


mr. vodka said:
I'm very interested in what you're implying, but at the moment I don't have the time to go through those articles. Could you sketch the idea? I wonder if it's not a semantical issue. How would a theory of everything not be able to predict superconductivity yet be able to be a theory of everything? Isn't that a contradictio in terminis?

Consider the possibility that TOE is the theory of everything for REDUCTIONISM! All those references are pointing to emergent phenomena that defy derivation when they are broken apart to their basic constituents.

I do not buy the concept of TOE. And I have many prominent physicists who also do not buy such a thing.

Zz.
 
  • #16


I see. But aren't you building a strawman then? I'm pretty sure the whole idea of reductionism is to reduce to the simplest without leaving anything out as an emergent phenomenon (a bit like Einstein's quote: make it as simple as possible, but not any simpler). Reworded: are there any reductionists who could regard a theory that cannot (in principle) derive superconducitivity as correct?
 
  • #17


I've already given you the gist of the arguments in those papers I cited. If you wish to learn more, or question the idea, then you have to do your own effort in learning those arguments by reading those links.

Zz.
 
  • #18


I'd hope that a TEO would shed light on the interpretation of quantum mechanics, what wavefunction collapse means, and how entanglement works.
 
  • #19


ZapperZ said:
I've already given you the gist of the arguments in those papers I cited. If you wish to learn more, or question the idea, then you have to do your own effort in learning those arguments by reading those links.

Zz.

Fair enough.

On topic: Concerning the TOE, I'd like to see if it describes the universe as constituting of particles or fields (or... ?)
 
  • #20


New question for those who see it: What is the most intriguing mystery of our universe?
 
  • #21


Rorkster2 said:
New question for those who see it: What is the most intriguing mystery of our universe?

I don't think this would be on topic for the thread.
 
  • #22


Drakkith said:
I don't think this would be on topic for the thread.
A. It is
B. It's my thread. I could ask about Seth Rogan movies if I wanted to.
 
Last edited:
  • #23


Rorkster2 said:
A. It is
B. It's my thread. I could ask about Seth Rogan movies if I wanted to.

You are mistaken. ALL threads should remain on topic at all times or they can be locked. (Within reason of course) Whether you created it or not is irrelevant.
 
  • #24


ZapperZ said:
Consider the possibility that TOE is the theory of everything for REDUCTIONISM! All those references are pointing to emergent phenomena that defy derivation when they are broken apart to their basic constituents.

I do not buy the concept of TOE. And I have many prominent physicists who also do not buy such a thing.

Zz.

I read the first link and I just want to clarify: are you saying that a TOE won't have the possibility to exist at all, or just for the reductionist mathematical descriptions we have today?

By reductionist mathematics I am talking about the explicit, atomic, independent way of characterizing systems as opposed to say the requirement that everything is implicit including the definitions themselves.
 
  • #25


Rorkster2 said:
A. It is
B. It's my thread. I could ask about Seth Rogan movies if I wanted to.

Thread hijack is not allowed, even if it is a thread you created. Multiple topics in a thread creates utterly confusing discussion. So create another thread for a different topic.

Zz.
 
  • #26


I'm sorry zapper if you will get utterly confused with the question of what are mysteries of the universe in a thread first about the answeres behind the mysteries of the universe. Guess you'll have to lock this thread now because I'm not retracting the above question.
 
  • #27


And I'm sorry for you that you can't follow the rules that you've had agreed to and are having problems with creating another thread. This thread is locked.

Zz.
 

Related to What areas in physics would you like the Theory of Everything to explain?

1. What is the Theory of Everything and why is it important?

The Theory of Everything is a hypothetical framework that seeks to explain all physical phenomena in the universe. It is important because it would provide a complete and unified understanding of the fundamental laws of nature.

2. Which areas of physics would the Theory of Everything need to explain?

The Theory of Everything would need to explain all four fundamental forces of nature: gravity, electromagnetism, strong nuclear force, and weak nuclear force. It would also need to explain the behavior of particles at both the macroscopic and microscopic levels.

3. How close are we to achieving a Theory of Everything?

Currently, there is no widely accepted Theory of Everything. The search for a unified theory has been ongoing for decades, but there is still much to be discovered and understood. However, some theories, such as string theory, show promising potential in bridging the gaps between different branches of physics.

4. What implications would a Theory of Everything have on our understanding of the universe?

A Theory of Everything would greatly enhance our understanding of the universe by providing a comprehensive explanation for all physical phenomena. It would also allow us to make more accurate predictions and potentially lead to new technologies and advancements.

5. Are there any potential challenges or limitations in achieving a Theory of Everything?

One of the biggest challenges is the sheer complexity of the universe and the vast amount of data that needs to be analyzed to develop a unified theory. There are also disagreements among physicists about the best approach to achieving a Theory of Everything, which can slow down progress. Additionally, some phenomena, such as dark matter and dark energy, still remain largely unexplained and may pose challenges in developing a complete theory.

Similar threads

Replies
0
Views
251
Replies
190
Views
9K
Replies
13
Views
1K
  • General Discussion
Replies
4
Views
668
  • Beyond the Standard Models
Replies
0
Views
873
  • STEM Academic Advising
Replies
1
Views
629
Replies
6
Views
1K
Replies
29
Views
2K
  • Quantum Interpretations and Foundations
Replies
1
Views
968
Replies
14
Views
952
Back
Top