[Paper Review] The Genuine Cosmic Rosetta

Robert V. Gentry, David W. Gentry|ArXiv.org|Jun 14, 1998

Cosmology and Gravitation Theories5 references3 citations

TL;DR

This paper argues that general relativistic evidence supports a static-spacetime universe governed by Einstein's original theory, rejecting the standard Friedmann-Lemaitre expanding-spacetime model. It contends that the absence of expansion redshifts in observational data implies a need to reevaluate current cosmological models in favor of a static universe framework grounded in Einstein's original static solution to the field equations.

ABSTRACT

Reexamination of general relativistic experimental results shows the universe is governed by Einstein's static-spacetime general relativity instead of Friedmann-Lemaitre expanding-spacetime general relativity. The absence of expansion redshifts in a static-spacetime universe suggests a reevaluation of the present cosmology is needed.

Motivation & Objective

• To reevaluate the interpretation of general relativistic experimental results in light of alternative cosmological models.
• To challenge the prevailing Friedmann-Lemaitre expanding-spacetime cosmology by proposing an alternative static-spacetime framework.
• To argue that the absence of expansion redshifts in observational data supports a static universe rather than an expanding one.
• To re-express Einstein's original static-spacetime solution as the correct description of the universe based on empirical evidence.
• To advocate for a fundamental revision of current cosmological models based on reinterpretation of general relativity.

Proposed method

• Analyzes established experimental results from general relativity to assess their compatibility with static versus expanding spacetime models.
• Applies Einstein's original static solution to the field equations as a viable cosmological model.
• Compares predictions of static-spacetime general relativity with those of the expanding-spacetime Friedmann-Lemaitre model.
• Emphasizes the absence of observed expansion redshifts as a key constraint on cosmological models.
• Uses theoretical consistency and empirical data to argue against the necessity of cosmic expansion.
• Relies on the formal structure of general relativity without introducing new physical constants or fields.

Experimental results

Research questions

• RQ1 Can general relativistic experimental results be consistently interpreted within a static-spacetime framework?
• RQ2 Why is there no observed expansion redshift in the universe if it is expanding according to the Friedmann-Lemaitre model?
• RQ3 Does Einstein's original static solution to the field equations provide a better fit to observational data than the expanding-spacetime model?
• RQ4 What are the implications for cosmology if the universe is fundamentally static rather than dynamically expanding?
• RQ5 How does the absence of expansion redshifts affect the validity of the standard model of cosmology?

Key findings

• The paper concludes that general relativistic experimental results are better explained by a static-spacetime universe than by the standard expanding-spacetime model.
• The absence of observed expansion redshifts in the data is interpreted as strong evidence against cosmic expansion.
• Einstein's original static-spacetime solution to the field equations is presented as the correct cosmological model.
• The authors argue that current cosmology requires a fundamental reevaluation due to inconsistencies with observational data.
• The paper asserts that the static-spacetime model satisfies all known experimental constraints of general relativity.
• The reevaluation of cosmology is framed as necessary to resolve discrepancies between theory and observation, particularly regarding redshift.