- #1
_PJ_
- 230
- 15
In the general descriptiopns of Inflation Theories, they mainly rely on the inflaton field having a property by which it is 'non-diluting'
Can anyone explain just how anything can be non-diluting?
Is energy simply condensed from "somewhere" to propagate the field and maintain it's energy as it expands?
By what mechanism can a field such as this maintain such a specific energy despite having a finite, but extremely dynamic size, all the while obeying principles of conservation of energy?
If the energy is condensed or otherwise a result of some asymmetry, how is this maintained throughout the expansion yet also befitting the smooth exit?
Can anyone explain just how anything can be non-diluting?
Is energy simply condensed from "somewhere" to propagate the field and maintain it's energy as it expands?
By what mechanism can a field such as this maintain such a specific energy despite having a finite, but extremely dynamic size, all the while obeying principles of conservation of energy?
If the energy is condensed or otherwise a result of some asymmetry, how is this maintained throughout the expansion yet also befitting the smooth exit?