What is the Big Bang theory?

The Big Bang theory posits the origin of the universe.

How does gravity impact the early universe?

Gravity prevented complete randomness in the early universe.

The Vile Curvature Hypothesis proposes a mathematical extension before the Big Bang.

The universe's future involves exponential expansion and eventual evaporation of matter.

Observational evidence, such as scale invariance and disturbances from black hole interactions, may support the idea of a cyclical universe.

The Big Bang theory raises questions about events preceding it and the universe's initial state of randomness.
Gravity's clumping effect in the early universe and the Vile Curvature Hypothesis offer insights into the universe's structure and potential extensions beyond the Big Bang, challenging traditional views on time and space.

What is the Big Bang theory?
The Big Bang theory posits the origin of the universe.
How does gravity impact the early universe?
Gravity prevented complete randomness in the early universe.
What is the Vile Curvature Hypothesis?
The Vile Curvature Hypothesis proposes a mathematical extension before the Big Bang.
What is the future of the universe?
The universe's future involves exponential expansion and eventual evaporation of matter.
How does observational evidence support the concept of a cyclical universe?
Observational evidence, such as scale invariance and disturbances from black hole interactions, may support the idea of a cyclical universe.

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The Big Bang theory is widely accepted as the origin of the universe, prompting questions about what occurred before it.
The microwave background radiation indicates the early universe was in thermal equilibrium, a state of maximum randomness.
Gravity played a unique role in the early universe, preventing complete randomness due to its clumping effect.
The inflationary model fails to explain the initial specialness of the universe, particularly regarding gravity's role.
Initially, the Big Bang was considered a singular state where time and space lost meaning, but new ideas challenge this notion.
The Vile Curvature Hypothesis proposes a mathematical way to extend the universe before the Big Bang, characterizing the early universe's state.
In the early universe, mass and frequency were interchangeable, leading to a lack of timekeeping ability.
The remote future of the universe involves exponential expansion, eventual evaporation of all matter into radiation, and a state devoid of mass.
The universe's future state, lacking mass, leads to a timeless existence where spatial and temporal distances become irrelevant.
Observational evidence, such as scale invariance and disturbances from black hole interactions, may support the concept of a cyclical universe.

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Background radiation can be analyzed to determine if it consists of individual events, similar to raindrops hitting, with new satellite data providing detailed information on the structure, potentially challenging or supporting existing theories about the big bang.