Bounce Theories & Deuterium: Exploring Elements

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In summary, the question is whether bounce theories take into account existing elements or if they are rearranged during a bounce. The conversation also mentions an old paper discussing extreme conditions that could result in a prior region of space and matter collapsing, leading to a big bang scenario. The conversation also introduces the idea that our universe may be coded to survive a bounce.
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wolram
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Do bounce theories take account of existing elements, or are these elements re arranged when
a bounce happens.
 
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wolram said:
Do bounce theories take account of existing elements, or are these elements re arranged when
a bounce happens.

rearranged, wolram.
In the cases I'm most familiar with, conditions are too extreme for ordinary chemcial elements to exist. It's more or less the big bang scenario we are used to except that it results from a prior region of space and matter collapsing. I'll look at your link
http://arxiv.org/abs/astro-ph/9612020
 
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marcus said:
rearranged, wolram.
In the cases I'm most familiar with, conditions are too extreme for ordinary chemcial elements to exist. It's more or less the big bang scenario we are used to except that it results from a prior region of space and matter collapsing. I'll look at your link
http://arxiv.org/abs/astro-ph/9612020

Just a stupid idea that for our U to exist as it is ,every thing must be coded to survive a bounce, other wise we could get a Van Gogh or Lowry universe.
 
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1. What are bounce theories?

Bounce theories are scientific hypotheses that suggest that the universe goes through cycles of expansion and collapse. These theories propose that after the universe reaches a maximum level of expansion, it will start to collapse, eventually leading to a "bounce" or a new cycle of expansion.

2. How does deuterium play a role in bounce theories?

Deuterium, also known as heavy hydrogen, is a type of hydrogen that contains one proton and one neutron in its nucleus. In bounce theories, deuterium is believed to be a crucial element in the early universe, as it is thought to have helped regulate the expansion and contraction of the universe during each cycle.

3. How do scientists explore elements, including deuterium?

Scientists use a variety of methods to explore elements, including deuterium. One common method is through spectroscopy, which involves analyzing the light emitted or absorbed by an element to determine its composition. Scientists also use particle accelerators and other advanced technologies to study and manipulate elements at the atomic level.

4. What is the significance of understanding bounce theories and deuterium?

Understanding bounce theories and deuterium can help us gain a deeper understanding of the origins and evolution of the universe. It can also provide insights into the fundamental forces and laws that govern our universe, and potentially lead to advancements in technology and space exploration.

5. Are bounce theories and deuterium widely accepted in the scientific community?

While there is still ongoing research and debate within the scientific community, bounce theories and the role of deuterium have gained significant support and interest in recent years. Many scientists see these theories as promising explanations for the structure and behavior of the universe, and continue to explore and test their validity through experiments and observations.

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