Not the existence of quasars, but the fact that all quasars are distant from us.
The best explanation for what we observe when we see quasars is that they are super-massive black holes in early galaxies, burning up solar "fuel" so rapidly that they eventually run out. We do not observe any quasars near to us, so the conditions that allowed quasars to form must have existed only several billion years ago. If our Universe has not changed its basic structure and density over the last 15 billion years or so, then the conditions that would allow quasars would allow them to exist at any time over that span. This would mean that there should be just as many quasars close to us as there are far from us. But we just don't see that. As is the case with many of the things we see, this is easy to explain via Big Bang Cosmology but almost impossible to explain with any alternative.
The theory that gained significant appeal following the discovery of quasars and cosmic background radiation is the Big Bang Theory. This theory suggests that the universe began from an extremely hot and dense state and has been expanding ever since. The existence of quasars provided evidence for the early universe's rapid expansion and high energy levels, while cosmic background radiation offered a remnant signal of the universe's hot origins, supporting the Big Bang model. Together, these discoveries bolstered the understanding of the universe's evolution and structure.
No
Yes, the distribution and movement of galaxies in galactic clusters provide evidence for the big bang theory. The observation of cosmic microwave background radiation, galaxy redshift, and the uniform expansion of the universe within these clusters all support the theory of the universe originating from a hot, dense state and expanding over time.
The steady state theory lost its appeal when astronomers discovered quasars and cosmic background radiation. This theory posited that the universe was eternal and unchanging on a large scale, but the detection of quasars indicated a dynamic universe with active galactic phenomena. Additionally, the discovery of cosmic background radiation provided strong evidence for the Big Bang theory, suggesting a specific origin point for the universe's expansion, contrary to the steady state concept.
The big bang theory is a theory on the creation of the Universe. The Philippines were created due to tectonic plate movements. The Big Bang theory has nothing to do with the country called the Philippines. See related question.
The theory that gained significant appeal following the discovery of quasars and cosmic background radiation is the Big Bang Theory. This theory suggests that the universe began from an extremely hot and dense state and has been expanding ever since. The existence of quasars provided evidence for the early universe's rapid expansion and high energy levels, while cosmic background radiation offered a remnant signal of the universe's hot origins, supporting the Big Bang model. Together, these discoveries bolstered the understanding of the universe's evolution and structure.
No
Yes, the distribution and movement of galaxies in galactic clusters provide evidence for the big bang theory. The observation of cosmic microwave background radiation, galaxy redshift, and the uniform expansion of the universe within these clusters all support the theory of the universe originating from a hot, dense state and expanding over time.
The "Big Bang Theory" may account for the events that happened during the first few seconds or minutes of the universe's existence. It doesn't purport to explain anything more recent than that.
The steady state theory lost its appeal when astronomers discovered quasars and cosmic background radiation. This theory posited that the universe was eternal and unchanging on a large scale, but the detection of quasars indicated a dynamic universe with active galactic phenomena. Additionally, the discovery of cosmic background radiation provided strong evidence for the Big Bang theory, suggesting a specific origin point for the universe's expansion, contrary to the steady state concept.
The Big Bang Theory represents the creation event for our existence in a traditional fourth dimensional SpaceTime continuum. Without this environment, there would be no galaxies, solar systems, or planets. So while the Big Bang Theory provided for (or made) existence within the universe, the actual formation of solar systems and resulting planets would be more accurately present in the Nebular Hypothesis (sometimes referred to as the Nebular Theory).
The Theory of Relativity was created by Einstein, not by Eisenstein. Comment: The most obvious thing is that Einstein's equations predicted that the Universe was not "static". So a "Big Bang", expanding Universe fits the theory.
The big bang theory is a theory on the creation of the Universe. The Philippines were created due to tectonic plate movements. The Big Bang theory has nothing to do with the country called the Philippines. See related question.
The work provided even more additional evidence to support the Big Bang theory of the universe.It was also regarded as the starting point for cosmologyas a precision science.
Cos it is an amazing tv show
Discard it all.
Hello i am minakshi answer is that the big bang theory is an example of old scientific theory as big bang theory explains that there was an explosion but the isotropy and the homogenity of the universe is not explained by big bang theory to explain his we connect inflatation theory with big bang theory to explain it so the big bang theory is also an example of old scientific theory.