Universe: Difference between revisions
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Created page with "The universe is the entirety of spacetime governed by the laws of Science. It includes: * Matter and energy, ordinary (what we see everyday) and "Dark]" (hypothesised existence), organised in a defined structure called [[Cosmic web; * Spacetime, in which matter and energy exists == Origin of the universe == At the time of writing (2026-08), the most accepted theory of the universe's origin is the Big Bang Theory.<ref>{{#cite:Q356}}</ref>..." |
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* Matter and energy, ordinary (what we see everyday) and "[[Dark matter|Dark]" (hypothesised existence), organised in a defined structure called [[Cosmic web]]; | * Matter and energy, ordinary (what we see everyday) and "[[Dark matter|Dark]]" (hypothesised existence), organised in a defined structure called [[Cosmic web]]; | ||
* [[Spacetime]], in which matter and energy exists | * [[Spacetime]], in which matter and energy exists | ||
Revision as of 12:53, 2 September 2026
The universe is the entirety of spacetime governed by the laws of Science.
It includes:
- Matter and energy, ordinary (what we see everyday) and "Dark" (hypothesised existence), organised in a defined structure called Cosmic web;
- Spacetime, in which matter and energy exists
Origin of the universe
At the time of writing (2026-08), the most accepted theory of the universe's origin is the Big Bang Theory.[1]
However, alternative theories, such as the ekpyrotic Universe theory [2], BVG Unified Cosmology [3], and the Bilobular Collision Model [4] are actively under research.
The universe today
The universe is constantly expanding.
- ↑ Johnson, C. (2017). An Introduction to Geology. In An Introduction to Geology. OpenGeology.
- ↑ Gunn, A. (2025). This bold theory says the Big Bang wasn’t our beginning. In BBC Science Focus.
- ↑ Varnam, B. (2026). The BVG Unified Cosmology: A Complete Field-Driven Alternative to the Big Bang. Zenodo. https://doi.org/10.5281/zenodo.20591798
- ↑ Aldana, A. D. (2026). The Origin of the Universe Without a Big Bang Singularity: The Bilobular Collision Model as a Cyclic Anisotropic Alternative to ΛCDM. Zenodo. https://doi.org/10.5281/zenodo.20487411