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Is the Velocity Interpretation of the Redshift of Spectral Lines in Accordance with Astronomical Data?

International Journal of Astronomy and Astrophysics 2017年第4期7卷 248-254页

作者： Laszlo A. Marosi Ludwigshafen am Rhein Germany

Current progress in cosmic microwave background (CMB) anisotropy measurements opens up the possibility of determining Hubble’s constant (H0 = h × 100 km s−1 Mpc−1) from the CMB power spectrum radiation temperature anisotropy. The results show that, besides the Lambda cold dark matter (ΛCDM) model, much simpler einstein-de Sitter (EdeS) models without the cosmological constant can fit the data as well, or even better, than the ΛCDM model. Calculations with EdeS models yield unexpectedly low values for Hubble’s constant of h = 0.30 and 0.46, respectively. These values are completely inconsistent with the direct determination of h ~ 0.70 from the redshift (RS) of spectral lines. In the present paper I consider whether the gap between h = 0.3 and h = 0.7 could be explained using conventional physics without introducing further hypotheses, or whether the RS of starlight and the RS of the CMB could stem from different physical origins.

关键词： Redshift Hubble’s Law CMB Anisotropy einstein-de Sitter Cosmological Model ΛCDM Cosmological Model

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Theory of Electromagnetism and Gravity —Modeling Earth as a Rotating Solenoid Coil

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Journal of High Energy Physics, Gravitation and Cosmology 2017年第4期3卷 663-692页

作者： Greg Poole Electrical Power Engineer Pilot Hill CA USA

Presented in this manuscript are conventional electrical engineering tools to model the earth as a rotating electrical machine. Calculations using known parameters of the earth and measured field data has resulted in new understanding of the earth’s electrical system and gyroscopic rotation. The material makeup of the inner earth is better understood based on derived permeability and permittivity constants. The planet has been modeled as simple coils and then as a parallel impedance circuit which has led to fundamental insight into planetary speed control and RLC combination for Schumann Resonance of 7.83 Hz. Torque and Voltage Constants and the inverse Speed Constant are calculated using three methods and all compare favorably with Newton’s Gravitational Constant. A helical resonator is referenced and Schumann’s Resonant ideal frequency is calculated and compared with others idealism. A new theory of gravity based on particle velocity selector at the poles is postulated. Two equations are presented as the needed links between Faraday’s electromagnetism and Newtonian physics. Acceleration and deceleration of earth is explained as a centripetal governor. A new equation for planetary attraction and the attraction of atomic matter is theorized. Rotation of the earth’s electrical coil is explained in terms of the Richardson effect. Electric power transfer from the sun to the planets is proposed via Flux Transfer Events. The impact of this evolving science of electromagnetic modeling of planets will be magnified as the theory is proven, and found to be useful for future generations of engineers and scientists who seek to discover our world and other planets.

关键词： Ampere Biot-Savart Centripetal Acceleration Centripetal Governor Dynamo Earth einstein-de Haas Effect Electric Field Electromagnetism Flux Transfer Events Governor Control Gravity Gravitational Constant Helical Resonator Lenz Law Lorentz Lightning Magnetic Field Motor Constant Parallel Impedance Planet Speed Control Schumann Resonance Richardson Effect Solenoid Speed Constant Solar Power System Torque Constant Velocity Selector Voltage Constant

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