hello well the simple answer is that when he studied some stars as well he saw redshift which made the to go away from each other.
Steady State (Hubble) Big Bang (Standard Model) Brane Collision (String Theory)
steady state; unchanging; stable
A stable state that remains steady and unchanging.
The high luminosity and redshift of quasars suggest they are located at vast distances from us and moving away at high speeds, which is inconsistent with a steady-state model requiring a static and unchanging universe. Additionally, the lack of young quasars in closer proximity to us contradicts the continuous creation of matter needed in a steady-state model.
The steady-state theory is obsolete - it is now known that the Universe does change over time (the Steady-State Theory states that it doesn't). According to the Steady-State Theory, the Universe has no beginning and no end.
Scientists do not widely accept the steady state theory because it does not align with observed evidence such as the cosmic microwave background radiation and the Hubble expansion of the universe. These observations strongly support the Big Bang theory, which is the prevailing cosmological model.
The brief layman's answer: Einstein was troubled because his own theories of relativity did not support the idea of a constant universe, the universe that he preferred to believe existed. His equations showed that a steady state universe would eventually give in to the forces of gravity. He developed the cosmological constant, basically a 'fudge factor', so that his theories could support a steady-state universe. Shortly after, Hubble's redshift observations provided evidence that the universe is expanding, and Einstein called the cosmological constant the worst blunder of his life. Ironically, interest in the cosmological constant is returning, as a possible way of explaining the acceleratingexpansion of the universe.
Observational data does not support the Steady State Theory. The central idea of the Steady State Theory is that the aspect of the Universe (the way it looks) won't change over time; it is quite clear, from observations, that in the remote past, the Universe looked quite different from what it looks now.
That is the correct spelling of the word "stable" (constant, unchanging; or a horse barn).
Red shift supports the steady state theory in that the red shift indicates the Continuity Condition. Steady State means Conservation of Energy and does not require an expanding universe. It is the misunderstanding of red shift that adds the requirement of an expanding universe and the need for continuous creation.Hubble saw red shift as a "hitherto unrecognized principle of nature", not an expansion of the universe. less prudent physicists have misunderstood red shift. Red shift is an indicator of "continuity condition" and the result of centrifugal force balancing gravitational centripetal force.Steady State is the proper term for Conservation of Energy or Homeostasis, which seems to characterize the universe. "Steady State Theory" without expansion is well supported by red shift.The proper Theory of Gravity, E = -mu/r + mcV, accounts for 'dark Energy and red shift" and a finite universe.
The theory that proposes the universe does not change with time is called the "block universe theory." It suggests that the past, present, and future all exist simultaneously and that time is just another dimension in which events occur. This theory challenges our traditional understanding of time as a linear progression from past to present to future.
A vagrant is a person who wanders from place to place; a wanderer. The opposites (antonym) for a wanderer are directed, motivated, purposeful, unchanging, and steady.