Can We Use Quantum Mechanics to Reset Our Biological State?

In summary, the conversation discusses the possibility of resetting the energy arrangements of subatomic particles to a previous state in order to cure pain, disease, and other ailments. This concept is similar to time travel and raises questions about the nature of identity and whether it is possible to transform a current state into a desired state without disassembling the entire system. Currently, changing matter particle by particle is not possible and we typically rely on chemical reactions and physical changes to make changes to large amounts of matter.
  • #1
genphis
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i was thinking, if we are made up of protons and neutrons at a subatomic level then pain,disease and all our ailments are specific arrangements of subatomic particles. would not our goal be to reset the energy arrangements to a time when we were well(i know this is far fetched in relation to our current technology but i believe the concept warrants merit)
 
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  • #2
genphis said:
i was thinking, if we are made up of protons and neutrons at a subatomic level then pain,disease and all our ailments are specific arrangements of subatomic particles. would not our goal be to reset the energy arrangements to a time when we were well(i know this is far fetched in relation to our current technology but i believe the concept warrants merit)

You are essentially referring to time travel... as you would be tracing back the lineage of information about the system to a time when the information of the system was something else. Check out my thread on quantum information and how it is only created and never destroyed:

https://www.physicsforums.com/showthread.php?t=368284
 
  • #3
I think that this method of curing people would be like decomposing a messed up Rubik's cube to it's constituent molecules and then rearranging those molecules to form a cube in its solved state. There's probably a lot of better ways to go at it...

Also, there's the question of "is that the same Rubik's cube/human as before?".
 
  • #4
This is the right way to start thinking about a problem. First we ask, "As far as we know, is the state we want possible?" If yes, is there a possible pathway by which the current state can be transfomed into the desired state (in other words, going back to the rubik's cube analogy, can that state be rotated to, or would you have to disassemble the cube to do so? Of all the possible positions of the pieces in the cube, either 1/10 or 1/12 (I forget which) of them can be rotated to. The rest require disassembly and reassembly (actually, there are 10 or 12 possible assemblies, each allowing 1/10 or 1/12 of the poistions to be rotated to).

however, as of now, we can't make changes to large amounts of matter particle by particle. We need pathways, which for us tend to be chemical reactions or physical changes.
 

FAQ: Can We Use Quantum Mechanics to Reset Our Biological State?

What is the relationship between biology and quantum mechanics?

Biology and quantum mechanics are two fields of science that may seem unrelated at first, but they are both crucial for understanding life at a fundamental level. Quantum mechanics deals with the behavior of particles at a microscopic level, while biology examines the structures and processes of living organisms. However, recent research has shown that quantum mechanics plays a role in various biological phenomena such as photosynthesis, enzyme reactions, and even animal navigation.

How does quantum mechanics influence biological systems?

Quantum mechanics affects biological systems in several ways, one of which is through the phenomenon of quantum tunneling. This is when particles are able to pass through energy barriers that they would not be able to overcome according to classical mechanics. In biology, this allows for reactions to occur at a much faster rate than expected. Additionally, quantum entanglement, where particles become connected and share information instantaneously, has been proposed as a potential mechanism for communication within cells.

Can quantum mechanics explain consciousness in living beings?

While there is still much debate and research being done on the topic, some scientists have proposed that quantum mechanics may play a role in explaining consciousness. The idea is that the complex interactions between particles in the brain could give rise to consciousness and that quantum effects may be involved in these interactions. However, this is still a highly theoretical and controversial topic in both biology and quantum mechanics.

Are there any practical applications of combining biology and quantum mechanics?

Yes, there are several potential practical applications that could come from the intersection of biology and quantum mechanics. For example, understanding the role of quantum mechanics in photosynthesis could lead to more efficient and sustainable energy production methods. In medicine, quantum mechanics could help in developing new drugs that target specific biological processes at a molecular level.

How are scientists studying the relationship between biology and quantum mechanics?

Scientists are using various methods to study the relationship between biology and quantum mechanics. This includes using advanced imaging techniques to observe quantum effects in biological systems, conducting experiments to test the role of quantum mechanics in biological processes, and using mathematical modeling to understand how quantum mechanics can influence biological systems. Collaboration between biologists and quantum physicists is also crucial in advancing our understanding of this complex relationship.

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