The observed galaxy and the distant quasar found that those objects are. The redshift of light that is emitted from those objects to a precision jason statham of more long wavelengths. We can see by inspection. The frequency spectrum Of objects compared to Changing patterns In the distribution jason statham or absorption spectrum corresponding to the chemical reaction between particles with light. Phenomenon redshifts jason statham found are consistent, unified even after observation of those objects in different directions if describe redshifts with. Doppler North We can calculate the speed of the object overlap slow. For some galaxies It is very possible to estimate jason statham the distance. The cosmic distance ladder When the speed of the overlap to be compared to the calculated distance. We may have a linear relationship is known as Hubble's law is.
Hubble's law can be explained by two possibilities. One is that we are at the center of an explosion of galaxies. Which contradicts Copernicus's basic principles. Unavoidably Alternately, the Universe is uniformly expanding everywhere to grow this unity been previously predicted from the equation. General Relativity Of the Alexander Friedman was calculated jason statham in 1922 and the work of Matt Le George in 1927, before Hubble will observe and analyze them. in 1929, and it is also the key principles of the Big Bang theory developed by Friedman Matt Le Robert Robertson and Walker.
This theory, provided that the relationship v = HD to be maintained at all times, jason statham where D is the distance to the true v = dD / dt, and v, H, D are all changed to when the universe was expanding. (Because of this, we must write H 0 to indicate that the "constant" of Hubble at present) jason statham because the distance is less than the size of the observable universe, the observers significantly. Phenomenon of redshift jason statham Hubble can consider using the same principles. Doppler phenomenon has, however, should be aware that the redshift is not an error similar to the doppler. Is only the result of the expansion of the universe over time. And light is emitted during the period observed.
Space under gauge the growth demonstrated by direct observation. The Cosmological Principle and the Copernican principle. Which, when considered together with Hubble's law, there is no description else. The redshift in astronomy is only a unique phenomenon [1] It helps support the idea that the Cosmological Principle. The universe jason statham looks the same whether viewed from any direction. As well as numerous jason statham other observations, if the redshift is a result of the blast away from the center of which is not our position. It should be similar images from different angles.
Detected cosmic microwave background radiation, the movement of the remote system astrophysics in 2000 proved one of the basic principles of Copernicus's. That the Earth is not at the center, even at the level of the universe. Radiation from the Big Bang, apparently in the early universe will be warmer everywhere. To cool down thoroughly of the microwave background jason statham over billions of years ago to describe clearly. But the universe had expanded jason statham only. This does not count the possibility that we are near the center jason statham of the blast, jason statham at that time.
During the first few days of the universe. jason statham The universe is in thermal equilibrium completely. Still emitting photons and absorbs light evenly. Radiation is measured as the spectrum of a black body when the universe expands. Temperature was cooled down until the photon may not happen jason statham and can not be destroyed. Although temperatures are still high enough for electrons and nuclei to remain separate. But photons are in a "reflection" of these free electrons is constant. A process called Distribution of Thomson (Thomson scattering) effects of dispersion repeat this. Made in the early universe is opaque.
When the temperature of the universe dropped to a few thousand Kelvin. Electrons and nuclei began to combine to form atoms. A process called integration (recombination) when photons from unevenly jason statham distributed neutral atoms. Radiation is decoupled from the electrons in the material until almost combined. That is, the distribution of the final 379,000 years after the Big Bang. The origin of these photons. Microwave background As we observe today. jason statham Form of the microwave background fluctuations is direct image of the universe's early now. Energy of the photon is shifted jason statham in time later, as the expansion of the universe. Despite holding a black environment, but also the temperature decreases. jason statham This means that those photons have lower energy levels down in the microwave spectrum of electromagnetic waves. Believe that radiation can be observed in every position in the universe. jason statham And comes from all directions with the intensity level (almost) equal.
1964 Pennsylvania ASUS Arnold and Robert Wilson accidentally discovered the cosmic background radiation is then determined using a new microwave detectors, Bell Laboratories. The discovery of them enough information to predict the microwave jason statham background. Radiation is a unified and consistent with a black body spectrum. These findings also support the concept of the division of the Big Bang. As time concepts jason statham Could not overcome Cadggag compatible. Pennsylvania ASUS with Wilson received the Nobel Prize for this discovery.
1989 NASA satellite Cosmic Background (Cosmic Background.
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