When the matter is known , the whole orbital of MARS around the SUN may be measured as the progression of this m as the whole length of the orbit as then, related to the Sun so that the total of MARS and it's center= m as some xm, must be the reference that is equal to the matter at the core of the Sun and so on until the whole galaxy is known and also the INTERPLANETARY SPACE, the INTERSTELLAR SPACE and the INTERGALACTIC SPACE.
The definite advantage to the matter center being defined, is that the results will give something more tangible than the "no center". As such the easy deniability of belief systems
will make it as easy as, saying "m" or "matter", to get to the point of science.
The definite advantage to the matter center being defined, is that the results will give something more tangible than the "no center". As such the easy deniability of belief systems
will make it as easy as, saying "m" or "matter", to get to the point of science.
My ticket to MARS as among the 2 million registered on the CHIP on the INSIGHT probe to MARS.
The current examples of the "CENTER" to "everything", are still in the middle ages, when it comes to defining the center as "REAL MATTER".
from Wikipedia
date: October 03
In astronomy, the geocentric model (also known as geocentrism, or the Ptolemaic system) is a superseded description of the Universe with Earth at the center. Under the geocentric model, the Sun, Moon, stars, and planets all orbited Earth.[1] The geocentric model served as the predominant description of the cosmos in many ancient civilizations, such as those of Aristotle and Ptolemy.
Two observations supported the idea that Earth was the center of the Universe. First, from anywhere on Earth, the Sun appears to revolve around Earth once per day. While the Moon and the planets have their own motions, they also appear to revolve around Earth about once per day. The stars appeared to be fixed on a celestial sphere rotating once each day about an axis through the geographic poles of Earth.[2] Second, Earth seems to be unmoving from the perspective of an earthbound observer; it feels solid, stable, and stationary.
from Wikipedia
date: October 03
In astronomy, the geocentric model (also known as geocentrism, or the Ptolemaic system) is a superseded description of the Universe with Earth at the center. Under the geocentric model, the Sun, Moon, stars, and planets all orbited Earth.[1] The geocentric model served as the predominant description of the cosmos in many ancient civilizations, such as those of Aristotle and Ptolemy.
Two observations supported the idea that Earth was the center of the Universe. First, from anywhere on Earth, the Sun appears to revolve around Earth once per day. While the Moon and the planets have their own motions, they also appear to revolve around Earth about once per day. The stars appeared to be fixed on a celestial sphere rotating once each day about an axis through the geographic poles of Earth.[2] Second, Earth seems to be unmoving from the perspective of an earthbound observer; it feels solid, stable, and stationary.
Figure of the heavenly bodies — An illustration of the Ptolemaic geocentric system by Portuguese cosmographer and cartographer Bartolomeu Velho, 1568 (Bibliothèque Nationale, Paris)
also:
Heliocentrism[1] is the astronomical model in which the Earth and planets revolve around the Sun at the center of the Solar System. Historically, Heliocentrism was opposed to geocentrism, which placed the Earth at the center. The notion that the Earth revolves around the Sun had been proposed as early as the 3rd century BC by Aristarchus of Samos,[2] but at least in the medieval world, Aristarchus's Heliocentrism attracted little attention—possibly because of the loss of scientific works of the Hellenistic Era.[3]
It was not until the 16th century that a mathematical model of a heliocentric system was presented, by the Renaissance mathematician, astronomer, and Catholic cleric Nicolaus Copernicus, leading to the Copernican Revolution. In the following century, Johannes Kepler introduced elliptical orbits, and Galileo Galilei presented supporting observations made using a telescope.
Andreas Cellarius's illustration of the Copernican system, from the Harmonia Macrocosmica (1708).
The problem being that, the model for the Earth's center is dependent on the "access" to the model of the "center of the solar system".
So to enter the Suns center ,we have to know the Earth's center. In this way, if the center of the Earth is wrong ,then the center of the Sun also is wrong.
While, if the center of the Sun is wrong, the center of the Earth is also wrong.
It looks as though the problem is embedded in the history of the "matter center of the universe".
We need some concise way to define the two models of ancient astronomy in our day and age ,to be able to define the relationships between the matter center having definite and scientific values by measurements that the INSIGHT mission NASA, will define.When this is measured as the geology of MARS, then the remaining values for the Sun may be measured and the Earth will no longer have "undefined" values at it's reference to the Sun and the galaxy.
The problem being that, the model for the Earth's center is dependent on the "access" to the model of the "center of the solar system".
So to enter the Suns center ,we have to know the Earth's center. In this way, if the center of the Earth is wrong ,then the center of the Sun also is wrong.
While, if the center of the Sun is wrong, the center of the Earth is also wrong.
It looks as though the problem is embedded in the history of the "matter center of the universe".
We need some concise way to define the two models of ancient astronomy in our day and age ,to be able to define the relationships between the matter center having definite and scientific values by measurements that the INSIGHT mission NASA, will define.When this is measured as the geology of MARS, then the remaining values for the Sun may be measured and the Earth will no longer have "undefined" values at it's reference to the Sun and the galaxy.