Cosmological principle: Difference between revisions
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In [[Charles Crookshap]]'s universe, each [[dimension]] had its own '''cosmological principles''', [[first principle]]s upon which all [[space-time|spacio-temporal]] laws were founded. The first principles of [[N-Space|the Doctor's universe]] dictated, among other things, that [[time]] was [[linear time|linear]]. Different universes had entirely different [[physics]] depending on their cosmological principles. ([[AUDIO]]: ''[[Thin Time (audio story)|Thin Time]]'') | In [[Charles Crookshap]]'s universe, each [[dimension]] had its own '''cosmological principles''', [[first principle]]s upon which all [[space-time|spacio-temporal]] laws were founded. The first principles of [[N-Space|the Doctor's universe]] dictated, among other things, that [[time]] was [[linear time|linear]]. Different universes had entirely different [[physics]] depending on their cosmological principles. ([[AUDIO]]: ''[[Thin Time (audio story)|Thin Time]]'') | ||
==Behind the scenes== | == Behind the scenes == | ||
In our universe, the '''cosmological principle''' has nothing to do with linear time, but instead maintains that on large scales the properties of the universe are roughly the same for all observers. This is effectively a theoretical assumption made by cosmologists in order to actually do cosmology. | |||
[[Category:Cosmology]] | |||
[[Category:Dimensional theory]] | |||
[[Category:Universe]] | |||
[[Category:Physics from the real world]] | [[Category:Physics from the real world]] | ||
Latest revision as of 16:02, 23 November 2024
In Charles Crookshap's universe, each dimension had its own cosmological principles, first principles upon which all spacio-temporal laws were founded. The first principles of the Doctor's universe dictated, among other things, that time was linear. Different universes had entirely different physics depending on their cosmological principles. (AUDIO: Thin Time)
Behind the scenes[[edit] | [edit source]]
In our universe, the cosmological principle has nothing to do with linear time, but instead maintains that on large scales the properties of the universe are roughly the same for all observers. This is effectively a theoretical assumption made by cosmologists in order to actually do cosmology.
