Astrophysics

Are Pyramids of Giza a 5-Dimensional Clock for Observations in Quantized 5D (L3T2) Spacetime ?

Authors: Manfred U. E. Pohl
Comments: 3 Pages.

Question: Following up on the ideas presented in "Search for the World Formula" and "Unified Principles of Nature" as well as in tentative "General Quantum Relativity" we presented a novel combination of mathematics and physics for quantization of the 3 Dimensions of space (L3) to 5 Dimensions space-time (L3T2) over 12 Dimensions of relative quantized finite spacetime (L/T) using only physical Dimensions of space and time itself. Based on the findings and the possibility to derive the speed of light from the Diameter of the earth it is raised the question, if Pyramids were used as "5D-clocks" in ancient Egypt
Category: Astrophysics

Perspectiva de la Formación Estelar: Gravitones Como Materia Oscura
Perspective of Star Formation: Gravitons as Dark Matter

Authors: Enrique Domínguez Pinos
Comments: 6 Pages. In Spanish

Se presenta la posibilidad de que los gravitones asuman el papel de los halos de materia oscura queinundan las galaxias. Y una visión acorde a esto de la formación y evolución estelar.

The possibility arises that gravitons take over the role of dark matter halos that galaxies flood; and a vision according to this of the stellar formation and evolution.
Category: Astrophysics

High Energy Radiation Mechanism of a Pulsar Accretion Disk and Black Hole Essence

Authors: Hongyuan Ye
Comments: 8 Pages. version2.0

The fundamental substances of a neutron star black hole are neutrons, and there are no charges in a neutron star black hole. The supermassive black hole of a quasar has much greater universal gravitation, and electrons and protons must not exist. Because there are no charges in the black hole, the black hole has only a gravitational field, and it cannot generate electric and magnetic fields, and it cannot emit photons. Hence, a black hole is essentially a dark star. This paper reveals that a pulsar black hole has an accretion disk that rotates at a super-high speed. The positive ions in the high-speed rotating accretion disk, generate a super strong pulsed magnetic field at the two poles of the pulsar black hole. The high-speed positive ions and free electrons in the accretion disk decelerate violently in the process of random collisions and generate high-energy photons of X-rays and γ-rays. Therefore, the super magnetic field and high-energy X-ray and γ-ray of a pulsar are generated not by the neutron star black hole itself, but rather by the high-speed positive ions and free electrons in its accretion disk. When the high-speed rotating pulsar absorbs the adjacent matter to form an accretion disk, its rotation speed slowly decreases. When the rotation speed of the pulsar decreases to a certain speed, even if the pulsar absorbs the matter nearby, it cannot form an accretion disk. Finally, the pulsar evolves into a silent neutron star black hole with only a gravitational field. As dark stars, black holes do not have the so-called determined event horizon, but the supergravity of black holes causes the gravitational redshifts of the magnetic fields and photons that are generated by the high-speed moving charges in the accretion disk. The magnetic field radiation mechanism of the accretion disk also provides a new theory for the study of the origin of the earth's magnetic field.
Category: Astrophysics

On the Gravitational Energy of Planet Mercury

Authors: R. Wayte
Comments: 6 Pages.

The Sun is travelling around the Solar System barycentre so that on average, orbiting Mercury is attracted to a position between the Sun's centre and the barycentre. This toroidal-Sun-effect generates a small quadrupole moment in the gravitational energy of Mercury, which cannot be reduced to zero by using heliocentric coordinates.
Category: Astrophysics

Incompatible Solar Altitude Angle During the Apollo 11 Eva from Elementary Ecliptic Calculations.

Authors: Alexis Zaganidis
Comments: 10 Pages.

From elementary ecliptic calculations, we found a solar altitude angle of $07.87°$ (not more than $09.87°$ with respect to the ground of the Tranquility base) instead of a minimal solar altitude angle of $16.2°$ at the official lunar landing site (Tranquility base) during the Apollo 11 EVA (extravehicular activity). Since the sidereal rotation period of the moon is particularly large, during the period were both astronauts were outside the Lunar Module of the Apollo 11 mission, the solar angle variation in the lunar sky was only $0.888°$. Moreover, the smaller solar altitude angle, the larger absolute precision of the solar altitude angle is reached by the shadow measurements on a horizontal surface.
Category: Astrophysics