Is Our Universe Just One of Infinite Possibilities?

  • Thread starter Russell E. Rierson
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In summary, religious texts suggest that our universe is a special creation, but if it is actually a quantum superposition of all possible universes, then there would be no preferred creation and a symmetry among all possibilities. The concept of symmetry breaking explains how our particular world may have been generated through accidents and randomness, highlighting the inseparability of symmetry and randomness. However, the idea of describing "nothingness" as a perfect symmetry raises questions about the need for a creator and the difficulty in defining something that does not lend itself to being described.
  • #1
Russell E. Rierson
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Most religious texts posit that our universe is a special creation. But if our universe is actually a quantum superposition of all possible universes, then no particular universe would be preferred over another. There would be a symmetry among all possible universes.


There can be no no special, or "preferred" creation.

All possibilities can exist.

Symmetry demands it.



http://zebu.uoregon.edu/~js/ast123/lectures/lec18.html



Symmetry Breaking:

In the early Universe, pressures and temperature prevented the permanent establishment of elementary particles. Even quarks and leptons were unable to form stable objects until the Universe had cooled beyond the supergravity phase. If the fundamental building blocks of Nature (elementary particles) or spacetime itself were not permanent then what remained the same? The answer is symmetry.

[...]

Pure symmetry is like a spinning coin. The coin has two states, but while spinning neither state is determined, and yet both states exist. The coin is in a state of both/or. When the coin hits the floor the symmetry is broken (its either heads or tails) and energy is released in the process (the noise the coin makes as it hits the ground).





http://www.secularhumanism.org/library/fi/edis_22_4.htm



Our particular world would have to be generated through "symmetry breaking," where our low-energy world is frozen out through a series of accidents. In other words, elegant symmetry principles specify what sort of dice were rolled to produce our world. Symmetry and randomness are inseparable, the way the symmetry between heads and tails is essential to the randomness of a coin flip. And the more simple and elegant our most fundamental laws, the more this means our world is a result of accidents.



Symmetry itself, does not need a "creator", since, one can describe nothingness, or "non-existence" to be a condition of perfect indistinguishability and therefore it becomes a perfect symmetry.
 
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  • #2
Russell E. Rierson said:
Symmetry itself, does not need a "creator", since, one can describe nothingness, or "non-existence" to be a condition of perfect indistinguishability and therefore it becomes a perfect symmetry.
Or, at least one would think. :wink: But how does one define, that which does not lend itself to be defined?
 
  • #3
Are you speaking about your point?
 
  • #4
BoulderHead said:
Are you speaking about your point?
Well, it seems like there would have to be something first, before you could even begin to describe "nothing."
 
  • #5
You’re such a good sport, Iacchus32. You deserve better than me!

Well, it seems like there would have to be something first, before you could even begin to describe "nothing."
Ah, I am reminded of presupposing a subject in order to behold an object.
If you'll promise to eventually ban me I'll join your forum and we can talk at length about it. :approve:
 
  • #6
BoulderHead said:
Ah, I am reminded of presupposing a subject in order to behold an object.
If you'll promise to eventually ban me I'll join your forum and we can talk at length about it. :approve:
By virtue of the fact that something exists, lends itself to be described ... if, we have an eye witness that is. :wink:
 

FAQ: Is Our Universe Just One of Infinite Possibilities?

What is the "No Special Creation - Hypothesis"?

The "No Special Creation - Hypothesis" is a scientific theory that suggests that all living organisms, including humans, have evolved from a common ancestor through natural processes such as natural selection and genetic variation. This hypothesis rejects the idea of a divine creator or intelligent design in the origin of life on Earth.

How is the "No Special Creation - Hypothesis" supported?

There is a vast amount of evidence from various fields of science that supports the "No Special Creation - Hypothesis". This includes fossil records, genetic studies, and observations of natural selection in action. Additionally, the theory of evolution has been tested and validated through numerous experiments and observations.

Why is the "No Special Creation - Hypothesis" controversial?

The "No Special Creation - Hypothesis" challenges traditional religious beliefs about the origin of life and the role of a divine creator. This can be controversial for some individuals and religious groups who hold these beliefs. However, it is important to note that science and religion are not mutually exclusive, and many religious individuals and groups have found ways to reconcile their beliefs with the evidence supporting evolution.

Are there any alternative explanations to the "No Special Creation - Hypothesis"?

While the "No Special Creation - Hypothesis" is the most widely accepted explanation for the origin of life, there are alternative theories such as the theory of intelligent design. However, these alternative explanations lack scientific evidence and are not supported by the majority of the scientific community.

How does the "No Special Creation - Hypothesis" impact our understanding of biology?

The "No Special Creation - Hypothesis" has greatly influenced our understanding of biology and has been the foundation for many advancements in the field. It has helped us understand the diversity of life on Earth, how organisms adapt and change over time, and how new species arise. Additionally, the theory of evolution has practical applications in fields such as medicine and agriculture, providing insights into disease prevention and crop improvement.

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