Researches are always measured by logic and experiments, as a fact, humans build their results based on what they discovered and observed within their environment. All the analyses are built on what we learned and what the human brains can understand it, and this knowledge is an output from the place where we live, as in the same environment the humans and other Creatures are learning from each other and create rules based on best practices and best results that they got from these practices. What we learn and practice in the Sea is differed than what we learn in the Desert, Jungle or on the Mountain, even countries are different from each other, and every environment has its own rules, creatures, plants, living style and culture.
Galaxies are vast cosmic islands of stars, gas, dust, and dark matter held together by gravity. Hubble’s keen eye has revealed intricate details of the shapes, structures, and histories of galaxies whether alone, as part of small groups, or within immense clusters.
From super massive black holes at galactic centers to giant bursts of star formation to titanic collisions between galaxies, these discoveries allow astronomers to probe the current properties of galaxies as well as examine how they formed and developed over time, Galaxies are concentrations of stars, gas, dust, and dark matter. They come in a variety of shapes and sizes. Some are fated to collide, like the Milky Way and Andromeda.
Looking to the Earth Gravity, it’s a tangible force provided to the objects on its surface and the other matters around it for the stability and continuity to their functions.
Any object on the earth has the same speed of the earth rotation speed at any layer or altitude, granted from this rotation (with consideration to the distance from the core). This object is sustained on the earth with Zero speed as long it’s not producing another speed from walking for the human, engines for the cars and any other forces generated by the object itself or by other object.
The geocentric model, in which planet Earth is the center of the universe and is circled by the sun and all the planets, had been the accepted cosmological model since ancient times. By late antiquity, this model had come to be formalized by ancient Greek and Roman astronomers, such as Aristotle (384 - 322 BCE), who’s theories on physics became the basis for the motion of the planets, and Ptolemy, who proposed the mathematical solutions.
The geocentric model essentially came down to two common observations. First of all, to ancient astronomers, the stars, the sun, and the planets appeared to revolve around the Earth on daily basis. Second, from the perspective of the
Earth-bound observer, the Earth did not appear to move, making it a fixed point in space.
In the 16th century, Nicolaus Copernicus began devising his version of the heliocentric model, which represented the culmination of year’s worth of research. Like others before him, Copernicus built on the work of number classical astronomers who did not support the geocentric view.
And this belief (the Heliocentric Model) is continued with the next scientists up to the day. And this is what will be discussed in this research, why do we need to consider the Geocentric as a base model for our universe.
Galaxies are vast cosmic islands of stars, gas, dust, and dark matter held together by gravity. Hubble’s keen eye has revealed intricate details of the shapes, structures, and histories of galaxies whether alone, as part of small groups, or within immense clusters.
From super massive black holes at galactic centers to giant bursts of star formation to titanic collisions between galaxies, these discoveries allow astronomers to probe the current properties of galaxies as well as examine how they formed and developed over time, Galaxies are concentrations of stars, gas, dust, and dark matter. They come in a variety of shapes and sizes. Some are fated to collide, like the Milky Way and Andromeda.
Looking to the Earth Gravity, it’s a tangible force provided to the objects on its surface and the other matters around it for the stability and continuity to their functions.
Any object on the earth has the same speed of the earth rotation speed at any layer or altitude, granted from this rotation (with consideration to the distance from the core). This object is sustained on the earth with Zero speed as long it’s not producing another speed from walking for the human, engines for the cars and any other forces generated by the object itself or by other object.
The geocentric model, in which planet Earth is the center of the universe and is circled by the sun and all the planets, had been the accepted cosmological model since ancient times. By late antiquity, this model had come to be formalized by ancient Greek and Roman astronomers, such as Aristotle (384 - 322 BCE), who’s theories on physics became the basis for the motion of the planets, and Ptolemy, who proposed the mathematical solutions.
The geocentric model essentially came down to two common observations. First of all, to ancient astronomers, the stars, the sun, and the planets appeared to revolve around the Earth on daily basis. Second, from the perspective of the
Earth-bound observer, the Earth did not appear to move, making it a fixed point in space.
In the 16th century, Nicolaus Copernicus began devising his version of the heliocentric model, which represented the culmination of year’s worth of research. Like others before him, Copernicus built on the work of number classical astronomers who did not support the geocentric view.
And this belief (the Heliocentric Model) is continued with the next scientists up to the day. And this is what will be discussed in this research, why do we need to consider the Geocentric as a base model for our universe.