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Silvers931
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Is an eternal and dynamic universe the only sensible universe? I mean clearly creation ex nihilo is absurd, so either reality is inherently absurd or its eternal, mechanical, and logical with no clear "beginning".
Hi Silvers, to a large extent I share your attitude, but I would express it differently so as not to risk offending or antagonizing people who have different ideas about what is sensible and what is absurd.Silvers931 said:Is an eternal and dynamic universe the only sensible universe? I mean clearly creation ex nihilo is absurd, so either reality is inherently absurd or its eternal, mechanical, and logical with no clear "beginning".
The current scientific consensus is that the universe began with the Big Bang approximately 13.8 billion years ago. This theory is supported by various pieces of evidence, such as the expansion of the universe, the cosmic microwave background radiation, and the abundance of light elements.
The concept of "before" the Big Bang is difficult to understand as time and space did not exist in the same way before the universe began. Theories such as the Big Bang singularity and the inflation model attempt to explain the conditions of the universe prior to the Big Bang, but these are still being studied and debated within the scientific community.
The Big Bang is currently the most widely accepted explanation for the beginning of the universe. However, some theories propose that there may have been events or processes that occurred before the Big Bang, such as a previous universe collapsing and resulting in the Big Bang. These theories are still being researched and are not yet fully understood.
Based on current theories and observations, it is believed that the universe will continue to expand and eventually reach a state of maximum entropy, also known as the heat death of the universe. This is estimated to occur in trillions of years, but it is still a topic of ongoing research and debate.
Scientists use a variety of tools and methods to study the origin of the universe, including observations of cosmic background radiation, mathematical models, and experiments with particle accelerators. They also rely on data from space telescopes and satellites to gather information about the early universe and its evolution over time.