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The Big Bang was a non-singular reflection of the theory of the great regression at which the universe stood and had a minimum level of equilibrium
Because a universe that began with a great explosion that occurred about 13.7 billion years ago. Scientists believe that with this explosion from a very small point, time began and the place began to exist. Scientists also believe that this big bang was followed by a phase called cosmic inflation that ensured that the mass of this primary cloud containing elementary particles we know and do not coalesce under the action of gravity. What is the force that worked against the forces of gravity so that the first universe would not retract from itself and be destroyed and disappeared again? No one knows yet, and research is still underway to find out that mysterious force that astronomers now call dark energy.
According to the Big Bang theory, the universe arose from a very hot dense state, then began to expand and expand, pushing galaxies away from each other.
In addition, observatories indicate that there are particles or bodies in the universe that are not known to us, that is, we do not feel them and we could not measure them by any of the scientific means that are currently under our hands. Scientists deduced the existence of those unseen particles or objects by all means of measurement when they saw the movement of galaxies rotating around themselves. According to Newton's laws, the speed of rotation of stars at the edge of galaxies must be less than the speed of stars circling in orbits close to the galaxy's grasp. But it is "strange" that monitoring and measuring the velocities of these outer stars show that their velocities are higher than Newton's equations for gravity calculate. Despite these high speeds, the stars of the edge of galaxies do not separate and flee from the galaxy. This is why scientists conclude that there must be other bodies that we do not see, working by their gravity to prevent the fast stars from escaping from a galaxy. Currently (the research is still ongoing) scientists call it dark matter.
The search for dark matter is going on in full swing and does not skimp on the costs of searching for it, from inventing devices to try to measure it in the cosmic space, to building particle accelerators in which protons and anti-protons collide at very high energies, and watching and recording the different types of particles formed from these collisions, the physicists hope People working in this field can help astronomers find the dark matter that they think exists in the universe, but we don't feel it. Among these large accelerators are what the European Organization for Nuclear Research has built, such as the Large Hadron Collider, which cost about 3 billion euros and employs about 2000 distinguished physicists.
In philosophical convention, the cosmic space is the sum of all particles present and the space in which all events occur. (Space) is also known as everything that was on the outer scale of the earth system or globe. We always refer to it as the unknown world full of creatures and strange bodies that we yearn to know and research within.
Additional information for the current page content
The Big Bang was a non-singular reflection of the theory of the great regression at which the universe stood and had a minimum level of equilibrium
Because a universe that began with a great explosion that occurred about 13.7 billion years ago. Scientists believe that with this explosion from a very small point, time began and the place began to exist. Scientists also believe that this big bang was followed by a phase called cosmic inflation that ensured that the mass of this primary cloud containing elementary particles we know and do not coalesce under the action of gravity. What is the force that worked against the forces of gravity so that the first universe would not retract from itself and be destroyed and disappeared again? No one knows yet, and research is still underway to find out that mysterious force that astronomers now call dark energy.
According to the Big Bang theory, the universe arose from a very hot dense state, then began to expand and expand, pushing galaxies away from each other.
In addition, observatories indicate that there are particles or bodies in the universe that are not known to us, that is, we do not feel them and we could not measure them by any of the scientific means that are currently under our hands. Scientists deduced the existence of those unseen particles or objects by all means of measurement when they saw the movement of galaxies rotating around themselves. According to Newton's laws, the speed of rotation of stars at the edge of galaxies must be less than the speed of stars circling in orbits close to the galaxy's grasp. But it is "strange" that monitoring and measuring the velocities of these outer stars show that their velocities are higher than Newton's equations for gravity calculate. Despite these high speeds, the stars of the edge of galaxies do not separate and flee from the galaxy. This is why scientists conclude that there must be other bodies that we do not see, working by their gravity to prevent the fast stars from escaping from a galaxy. Currently (the research is still ongoing) scientists call it dark matter.
The search for dark matter is going on in full swing and does not skimp on the costs of searching for it, from inventing devices to try to measure it in the cosmic space, to building particle accelerators in which protons and anti-protons collide at very high energies, and watching and recording the different types of particles formed from these collisions, the physicists hope People working in this field can help astronomers find the dark matter that they think exists in the universe, but we don't feel it. Among these large accelerators are what the European Organization for Nuclear Research has built, such as the Large Hadron Collider, which cost about 3 billion euros and employs about 2000 distinguished physicists.
In philosophical convention, the cosmic space is the sum of all particles present and the space in which all events occur. (Space) is also known as everything that was on the outer scale of the earth system or globe. We always refer to it as the unknown world full of creatures and strange bodies that we yearn to know and research within.
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