Does QM solve/resolve a few philosophical issues in Physics?

In summary, QM may seem unusual or even a hoax to some, but it has the potential to solve some of the conundrums in classical physics. It addresses the concept of Quantum Determinacy, which resolves the paradox of infinite causality. QM may also offer solutions or a better understanding of issues such as infinite divisibility, time-space, and the conservation of mass-energy in unique situations. Therefore, QM could potentially provide a more comprehensive understanding of unresolved aspects of classical physics.
  • #1
San K
911
1
QM seems something out of our everyday experience and to some it might seem unusual/weird/undeliverable/a hoax...yet... perhaps it actually solves some of the conundrums in classical physics

Does QM solve/resolve a few philosophical issues in Physics?

1) Classical physics says that every event has to have a cause. Thus the cause would have to have a cause etc...but this leads us into an endless logic, an infinite loop.

QM fits in neatly where the concept of Quantum Determinacy solves the paradox in the above logic.

It may also provide so solutions or a better understanding to -

the problem of "infinite divisibility", time-space, maintenance of laws of conservation of mass-energy in peculiar situations

What are your thoughts about QM providing a better picture/understanding of some of the unresolved things in classical physics?
 
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  • #2
Posts in philosophy must meet the same standards for scientific discussion as the science forums.
 

Related to Does QM solve/resolve a few philosophical issues in Physics?

1. Does quantum mechanics solve the problem of determinism?

Quantum mechanics does not completely solve the problem of determinism, as it introduces the concept of probability and uncertainty into the behavior of particles. While classical mechanics operates under the assumption of a deterministic universe, quantum mechanics allows for the possibility of indeterminacy at the quantum level.

2. Does quantum mechanics support the idea of free will?

Quantum mechanics does not explicitly support or disprove the concept of free will. Some interpretations of quantum mechanics, such as the Copenhagen interpretation, suggest that the act of observation or measurement can influence the behavior of particles, which could be seen as supporting free will. However, other interpretations, such as the many-worlds interpretation, suggest that all possible outcomes of a quantum event occur in parallel universes, which could be interpreted as a lack of free will.

3. Can quantum mechanics explain consciousness?

Quantum mechanics does not provide a complete explanation for consciousness. While some theories suggest that quantum processes may play a role in brain function and consciousness, there is no conclusive evidence to support this idea. The study of the relationship between quantum mechanics and consciousness is still a topic of debate and ongoing research.

4. Does quantum mechanics resolve the mind-body problem?

Quantum mechanics does not offer a definitive resolution to the mind-body problem, which is the question of how mental states and physical processes are related. While some theories propose that consciousness or mind may be a fundamental aspect of the universe, this is not a widely accepted view in the scientific community. The mind-body problem remains a complex and unresolved philosophical issue.

5. Does quantum mechanics prove or disprove the existence of God?

Quantum mechanics has no bearing on the existence of God, as it is a scientific theory that does not make any claims about the existence or non-existence of a deity. The relationship between science and religion is a complex and ongoing topic of discussion, and quantum mechanics does not provide any conclusive evidence for or against the existence of God.

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