Einstein's classical theory of general relativity from 1915 cannot adequately explain the dark energy space, unlike the modern theory of general relativity proposed by the author in 2022.
We assume that the success of the modern theory of general relativity is due to a new definition of time as a vector with four components: tx, ty, tz, tt.
It predicts the existence of a uniform dark energy U where div U = 0 and quantifies its temperature T.
Of course it can-and does. Either dark energy is described by the cosmological constant, which is as much a part of general relativity as Newton's constant is and it suffices to measure its sign and value, which was done by 1998, or its contribution isn't sufficient and there is a contribution from additional fields, that contribute to determining the spacetime geometry (such as scalars and/or spinors and vectors) that can't be interpreted as matter fields, because of their equation of state. The presence of such fields can be probed by looking for violations of the equivalence principle, since such fields would couple to combinations of the matter fields other than the energy-momentum tensor. For the moment no such violations have been found. So dark energy, up to now, can be understood as being described by the cosmological constant.
No theory of general relativity cannot investigate the existence of dark energy because this theory is based on space is vacuum. However, existence of aether which you can call dark energy is already shown in the paper titled 'Michelson-Morley Experiment A Misconceived and Misinterpreted Experiment' besides theories of relativity have been shown to be baseless in the paper titled Experimental and Theoretical Evidence of Fallacy of Space-time Concept and Actual State of Existence of Physical Universe. Both papers are available in my profile.
Please look at my articles:
- Theory of Dark Energy , London Journal of Research in Science; Natural &
Formal, Volume 25 | Issue 1 | Compilation 1.0 | pp.1-4
- Quantum Gravity - To Unification of Quantum Field Theory (QFT) and
General Relativity Theory (ART)
Advances in Theoretical & Computational Physics 2025 | Volume 8 |
Issue 2 | pp.1-3
- Equivalence of Information and Squered Time
Applied Sciences Research Periodicals
December 2024 | Vol. 2 | No. 10 | pp.16-17
In my 3. article is to find the formula:
H = (1/ln2 . tp^2) . t^2
Also tt ~ H
H = SCANNON's Information Entropy
t = time
tp = PLANCK time
This means: the 4. component is Information as an important component.
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