First reactions to Einstein's theories? (support or refute)

In summary, the first reactions to Einstein's theories were largely positive, although some scientists disputed some of his ideas. However, over time his theories were supported by many prominent scientists.
  • #1
smhni
4
0
I'm just curious, what was the first reactions to Einstein's theories (it was 1905, right?) ... were they refuted or supported?

was it like "Oh! these are nonsense..these are pseudoscience .. we shall burn you"?!

or were they garnered respectable amount of debate?... were they supported by scientific giants of that time?.. thanks.P.S: any good links would be appreciated too.
 
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  • #2
smhni said:
or were they garnered respectable amount of debate?... were they supported by scientific giants of that time?..

The scientific giants of the time, such as Lorentz, Fitzgerald and Poincare had already created most of the mathematical framework for Special Relativity, so they would have no reason to disagree with it. They basically differed in the interpretation of what the maths meant and Einstein was credited with having the better interpretation.
 
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  • #3
Einstein published three papers in 1905: relativity, the photoelectric effect, and Brownian motion.

I don't think the Brownian motion paper was controversial.

The photoelectric effect was controversial. Bohr, for example, argued for decades that matter should be quantized, but electromagnetic radiation shouldn't.
 
  • #4
i saw this movie called "Einstein & Eddington". The movie showed that it was refuted in England due to obvious reasons (Einstein being from Germany). However after practical results of Einstein actually being right and a few years past, Einstein was supported. Eddington was a scientist from England who actually believed Einsteins theories would work.
 
  • #5
were they supported by scientific giants of that time?
Yes, by Planck.
was it like "Oh! these are nonsense..these are pseudoscience .. we shall burn you"?!
Just in the improbable case that you're going to argue that the PF community would likely have rejected Einstein's theories, just as it now rejects "theory" xy:
Maybe.
But there's a difference between SR and xy: the latter actually is nonsense and pseudoscience, the former is a theory. And one doesn't get burned for it, one gets banned, which is not lethal.
 
  • #6
Ich said:
Yes, by Planck.

Just in the improbable case that you're going to argue that the PF community would likely have rejected Einstein's theories, just as it now rejects "theory" xy:
Maybe.
But there's a difference between SR and xy: the latter actually is nonsense and pseudoscience, the former is a theory. And one doesn't get burned for it, one gets banned, which is not lethal.

To be fair, we'd do what any sane people would, demand evidence and examine the whole thing. Relativity didn't become a HOUSHOLD word until Eddington returned home. It was at least well accepted enough in England that a young Paul Dirac latched onto it asap.

From 'The Strangest Man', I can say that at the time the pseudoscience was coming primarily from people hocking pamphlets claiming to teach this 'new theory' (not unlike similar ads in SciAm, and every other publication of today). Once that confirmation occured, it was a stampede to learn from a limited number of capable teachers. OF course, there were people claiming to teach Relativity who misunderstood, decieved, etc... but that happens with any new theory.

Now, unlike then, the information would be all about the world as it was being developed, or at least upon publication. Access to documents of record is so common now, you have to remember that at the time the issue was less about acceptance and more about getting the word around in a meaningful way.
 
  • #7
bcrowell said:
Einstein published three papers in 1905: relativity, the photoelectric effect, and Brownian motion.

Actually, four, plus his dissertation. Relativity was in two parts: SR and mass-energy equivalence. In 1906 he published a paper on the specific heat of solids, which explained the empirical law of Dulong and Petit.
 

1. What were Einstein's main theories and how were they received by the scientific community?

Einstein's main theories were the Special Theory of Relativity and the General Theory of Relativity. The Special Theory of Relativity was published in 1905 and was initially met with skepticism from the scientific community. However, it gained more acceptance after further empirical evidence supported its predictions. The General Theory of Relativity, published in 1915, also faced some criticism but eventually became widely accepted as it provided a more comprehensive explanation of gravity.

2. How did Einstein's theories challenge existing scientific beliefs?

Einstein's theories challenged the long-held belief that time and space were absolute and that gravity was a force between masses. His theories proposed that time and space were relative to the observer's frame of reference and that gravity was a result of the curvature of space-time caused by the presence of mass. This challenged the traditional Newtonian view of the universe and required a paradigm shift in scientific thinking.

3. Did Einstein's theories receive immediate support or did it take time for them to gain acceptance?

Einstein's theories faced initial skepticism and criticism from the scientific community, but they also received some support from prominent scientists like Max Planck and Arthur Eddington. It took some time for the theories to gain widespread acceptance, as more empirical evidence and experiments confirmed their predictions. Today, Einstein's theories are considered fundamental principles of modern physics.

4. Were there any notable attempts to refute Einstein's theories?

Yes, there were several attempts to refute Einstein's theories, particularly the General Theory of Relativity. Some scientists, such as Philipp Lenard and Herbert Ives, proposed alternative theories of gravity that were later disproven. Another notable attempt was the Eddington Experiment, which aimed to disprove the bending of light predicted by the General Theory of Relativity. However, the results of this experiment actually supported Einstein's theory.

5. How have Einstein's theories influenced modern science and technology?

Einstein's theories have had a profound impact on modern science and technology. The Special Theory of Relativity, in particular, has led to advances in the fields of particle physics, cosmology, and nuclear energy. The General Theory of Relativity has also been instrumental in the development of technologies such as GPS and gravitational wave detectors. Additionally, Einstein's theories have influenced other areas of science, such as quantum mechanics and the search for a unified theory of physics.

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