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He concluded that all of space was expanding.

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Hubble did not conclude that all space was expanding! Hubble concluded that he did not know what the redshift was.

1. "Red shifts represent Doppler effects, physical recession of the nebulae, or the action of some hitherto unrecognized principle in nature."

2. If the nebulae are stationary, the law of red shifts is sensibly linear ; red shifts are a constant multiple of distances. In other words, each unit of light path contributes the same amount of red shift.

3. On the other hand, if the nebulae are receding, and the dimming factors are applied, the scale of distances is altered, and the law of red shifts is no longer linear. The rate of expansion increases more and more rapidly with distance. The significance of this result becomes clear when the picture is reversed. Light that reaches us today left the distant nebulae far back in the dim past - hundreds of millions of years ago. When we say that the rate of expansion increases with distance, we are saying that long ago, the universe was expanding much faster than it is today ; that, for the last several million years at least, the rate of expansion has been slowing down. Therefore, the so-called "age of the universe," the time interval since the expansion began, is much shorter than the 1800 million years suggested by a linear law of red shifts. If the measures are reliable, the interval would be less than 1000 million years - a fraction of the age of the earth and comparable with the history of life on the earth. The nature of the expansion is permissible and, in fact, specifies certain types of possible worlds. But the time scale is probably not acceptable. Either the measures are unreliable or red shifts do not represent expansion of the universe.

Hubble admits to not knowing what the red shift is, he considers it a. Doppler effects, b. physical recession of the nebulae, or c. the action of some hitherto unrecognized principle in nature. The answer is c. the hitherto unrecognized principle in nature. The short answer is the red shift is the inverse of the refreaction coefficient, v/c= 1/n. The red shift is derived from the so-called "dark Energy", cP = cmV. Current Theories do not account for this because they do not recognize vector energy cP and Quaternion energy,

W = -vh/l + cP = -vp + cP

The red shift comes from the Continuity Condition where the centripetal force vp/r is balanced by the centrifugal force cDEL.P= -cp/r cos(P) thud

vp/r=cp/r cos(P) gives

v/c=cos(P) = 1/n

This is the hitherto unrecognized prijnciple of nature, the Divergence of the vector energy produces the anti-gravity force (centrifugal ) that prevents the gravitational collapse, the earth from falling into the sun and the electrons from falling into the nucleus. Newton and Einstein did not consider the energy, cP, associated with momentum P, that is the "Dark Energy". This energy cP is the particel energy with different velocities v=(GM/r)^.5 for mass; v=Alpha Z c for electrons; and v=c for photons. Mass n= c/v; electrons n= alpha Z; and photons n=1.

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Who first discovered redshift?

The discovery of redshift in the spectra of light from distant galaxies was made by astronomer Vesto Melvin Slipher in the early 20th century. He noticed that many galaxies appeared to be moving away from us based on the shift of their spectral lines towards the red end of the spectrum. This laid the foundation for the theory of the expanding universe.


How was the evidence for hubble law collected?

The evidence for Hubble's Law, which shows the relationship between distance and recession velocity of galaxies, was collected through observing the redshift of light from galaxies. Astronomers used spectroscopy to measure the redshift of galaxies, which is caused by the Doppler effect as the galaxies move away from us. By studying the redshift of galaxies at different distances, astronomers were able to support the idea that the universe is expanding.


What contributions did Edwin Powell hubble do?

Edwin Powell Hubble was an influential American astronomer who made significant contributions to our understanding of the universe. He is best known for establishing that galaxies exist beyond the Milky Way and for formulating Hubble's Law, which demonstrates that the universe is expanding. His observations of redshift in distant galaxies provided critical evidence for the Big Bang theory, fundamentally changing the field of cosmology. Hubble's work laid the groundwork for modern astrophysics and our comprehension of the cosmos.


What observations helped Hubble to conclude that the universe is expanding?

Hubble observed that distant galaxies were moving away from Earth, which he noted through the redshift of their light spectra. This redshift indicated that the wavelengths of light were stretched, implying these galaxies were receding from us. Hubble also found a linear relationship between the distance of galaxies and their recessional velocity, leading to the conclusion that the universe is expanding uniformly in all directions. This pivotal discovery became known as Hubble's Law.


What is the evidence of strengths for red shift?

The evidence for redshift primarily comes from the observation of distant galaxies and the cosmic microwave background radiation. Edwin Hubble's observations in the 1920s showed that light from distant galaxies is shifted toward longer wavelengths (redshift), indicating that they are moving away from us. This supports the expanding universe model, suggesting that the universe is expanding over time. Additionally, the redshift is consistent across various wavelengths and objects, reinforcing the theory of an expanding universe as predicted by the Big Bang theory.

Related Questions

Why was the big bang theory?

The Big Bang theory was set up to explain observations - for example, the redshift of distant galaxies, which is usually interpreted to mean that the galaxies move away from us.


Who first discovered redshift?

The discovery of redshift in the spectra of light from distant galaxies was made by astronomer Vesto Melvin Slipher in the early 20th century. He noticed that many galaxies appeared to be moving away from us based on the shift of their spectral lines towards the red end of the spectrum. This laid the foundation for the theory of the expanding universe.


What Doppler shift do galaxies show?

Some nearby galaxies move towards us (blueshift), some move away from us (redshift). Galaxies that are farther away all move away from us (redshift); this means that the Universe is expanding.


What is the best evidence the universe is still expanding?

The redshift of distant galaxies, and the fact that the degree of redshift depends on the distance between us and those galaxies. What we observe can only be explained by Hubble Expansion.


How was the evidence for hubble law collected?

The evidence for Hubble's Law, which shows the relationship between distance and recession velocity of galaxies, was collected through observing the redshift of light from galaxies. Astronomers used spectroscopy to measure the redshift of galaxies, which is caused by the Doppler effect as the galaxies move away from us. By studying the redshift of galaxies at different distances, astronomers were able to support the idea that the universe is expanding.


What contributions did Edwin Powell hubble do?

Edwin Powell Hubble was an influential American astronomer who made significant contributions to our understanding of the universe. He is best known for establishing that galaxies exist beyond the Milky Way and for formulating Hubble's Law, which demonstrates that the universe is expanding. His observations of redshift in distant galaxies provided critical evidence for the Big Bang theory, fundamentally changing the field of cosmology. Hubble's work laid the groundwork for modern astrophysics and our comprehension of the cosmos.


What observations helped Hubble to conclude that the universe is expanding?

Hubble observed that distant galaxies were moving away from Earth, which he noted through the redshift of their light spectra. This redshift indicated that the wavelengths of light were stretched, implying these galaxies were receding from us. Hubble also found a linear relationship between the distance of galaxies and their recessional velocity, leading to the conclusion that the universe is expanding uniformly in all directions. This pivotal discovery became known as Hubble's Law.


What is one source of edvidence for the big bang?

The redshift of distant galaxies.


Why are all distant galaxies redshift?

The redshift of distant galaxies is due to the expansion of the universe. As galaxies move away from us, the light they emit is stretched to longer wavelengths, shifting them towards the red end of the spectrum. This phenomenon is known as cosmological redshift and is a key piece of evidence supporting the Big Bang theory.


What evidence is there that the universe is getting bigger?

The main evidence that the universe is expanding comes from observations of the redshift of distant galaxies. This redshift indicates that galaxies are moving away from each other, which suggests that the universe is getting bigger. Additionally, measurements of the cosmic microwave background radiation also support the idea of an expanding universe.


Nearby galaxies may not show a redshift?

Nearby galaxies won't show much of a redshift, because they aren't moving away very quickly - or at all. For example, the Andromeda Galaxy, M31, is actually getting closer - and will collide with the Milky Way in about 3 billion years.


Will the Sloan Digital Sky Survey map and redshift all 100 billion galaxies in the observable universe?

It will be impossible for the Sloan Digital Sky Survey to map and redshift all 100 billion galaxies in the observable universe.