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Espen Haug

15 results in Authors: Espen Haug

Physics and Astronomy

Working Paper

The Hubble Sphere Mass-Gap Leads to a Gravitational Acceleration Gap That Could be Linked to Milgrom MOND

Espen Haug

Version 1 posted 02 January 2025

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Physics and Astronomy

Working Paper

Does Nucleosynthesis in a New Thermodynamic R_{H_t} = ct Cosmology Solve the Lithium Problem?

Espen Haug

Version 1 posted 07 May 2025

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Physics and Astronomy

Working Paper

Solving the Hubble Tension from CMB Photon Density: A Cosmological Redshift Prediction That Perfectly Matches the Full Distance Ladder of Type Ia Supernovae (PantheonPlusSH0ES)

Espen Haug

Version 1 posted 25 May 2025

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Physics and Astronomy

Working Paper

The Gamow (1948) Temperature Formula, Adjusted for the CMB Photon Density Parameter, Predicts the CMB Temperature Now and in the Past

Espen Haug

Version 1 posted 01 May 2025

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Physics and Astronomy

Working Paper

The Thermodynamic Velocity of Particles (Photons) Constituting the Cosmic Microwave Background: A New Thermodynamic Energy Law for the Hubble Sphere

Espen Haug

Version 1 posted 28 January 2025

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Physics and Astronomy

Working Paper

The Black Hole Mass-Gap and its Relation to Bekenstein-Hawking Entropy Leads to Potential Quantization of Black Holes

Espen Haug

Version 2 posted 23 December 2024

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Physics and Astronomy

Working Paper

The Aggregated Absolute Force of the Two Opposite Forces in an Extremal Black Holes Seems to Be c^4/G

Espen Haug

Version 1 posted 25 May 2025

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Physics and Astronomy

Working Paper

Geometric Mean Cosmology Predicts the CMB Temperature Now and in Past Epochs

Espen Haug

Version 1 posted 10 February 2025

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Citations

Physics and Astronomy

Working Paper

Effect of Viscous Force on the Hubble Sphere: Superfluid Dynamics and the Role of Dark Energy in Preventing Universal Contraction

Espen Haug, Stephane Wojnow

Version 1 posted 21 February 2025

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Physics and Astronomy

Working Paper

An Exact CMB Photon Radiation Density of the Universe Derived from Rh = ct Cosmology

Espen Haug

Version 2 posted 24 March 2025

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15 results in Espen Haug in Authors: Espen Haug

The Hubble Sphere Mass-Gap Leads to a Gravitational Acceleration Gap That Could be Linked to Milgrom MOND

Does Nucleosynthesis in a New Thermodynamic R_{H_t} = ct Cosmology Solve the Lithium Problem?

Solving the Hubble Tension from CMB Photon Density: A Cosmological Redshift Prediction That Perfectly Matches the Full Distance Ladder of Type Ia Supernovae (PantheonPlusSH0ES)

The Gamow (1948) Temperature Formula, Adjusted for the CMB Photon Density Parameter, Predicts the CMB Temperature Now and in the Past

The Thermodynamic Velocity of Particles (Photons) Constituting the Cosmic Microwave Background: A New Thermodynamic Energy Law for the Hubble Sphere

The Black Hole Mass-Gap and its Relation to Bekenstein-Hawking Entropy Leads to Potential Quantization of Black Holes

The Aggregated Absolute Force of the Two Opposite Forces in an Extremal Black Holes Seems to Be c^4/G

Geometric Mean Cosmology Predicts the CMB Temperature Now and in Past Epochs

Effect of Viscous Force on the Hubble Sphere: Superfluid Dynamics and the Role of Dark Energy in Preventing Universal Contraction

An Exact CMB Photon Radiation Density of the Universe Derived from Rh = ct Cosmology

15 results in Authors: Espen Haug