Is Einstein's Genius Overrated in the World of Physics?

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SUMMARY

The forum discussion critically examines the contributions of Albert Einstein to physics, asserting that his achievements, particularly in relativity and the photoelectric effect, are often overstated. Key points include the claim that the formulation of specific heat and the photoelectric effect were not entirely original to Einstein, as they were based on prior work by Planck and others. The discussion also highlights that while Einstein's general relativity is a significant contribution, it is rooted in Riemannian geometry, raising questions about the nature of scientific credit and genius in physics.

PREREQUISITES
  • Understanding of Special Relativity and General Relativity
  • Familiarity with the photoelectric effect and Planck's quantization principle
  • Knowledge of Riemannian geometry and its applications in physics
  • Basic concepts of statistical mechanics, including Bose-Einstein statistics
NEXT STEPS
  • Research the historical context of the photoelectric effect and its implications in quantum mechanics
  • Study the contributions of Henri Poincaré and Hendrik Lorentz to Special Relativity
  • Explore the mathematical foundations of Riemannian geometry and its role in general relativity
  • Investigate the evolution of scientific credit and recognition in the field of physics
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Physicists, students of physics, historians of science, and anyone interested in the evolution of scientific ideas and the contributions of key figures in physics.

eljose
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The "Einstein Mith"

NOw that we are in 2005 the so claimed year of physics, perhaps is time to speak about some of its greatest miths..

Einstein:= the proud discoverer of relativity,photoelectric effect and other...in fact did you know that the einstein formulation of Specific heat is not sufficient?..in fact according to Einstein,s formulation Cp=Cv and also he made several mistakes for the energy of oscilators he put E_{n}=\hbar{n}w omitting the term E_{0}=\hbar{w}/2 but when you normalize the integral the term magically disappear.

The photoelectric effect is only a direct consecuence of Planck,s principle of quantization of energy, every student could have discovered..i don,t know if in 1900,s they were all stupid not to see that..:-p :-p :-p

The relativity (special) was discovered earlier than Einstein by Poincare. Lorentz and others..but Einstein got all the merit...

einstein believed that universe had always existed..but if this were true the universe would have reached to its thermodinamical equilibrium..and the temperature would be T=0 K, i think this is a serious mistake...

The formulation of Boson,s statistic could have been also derivated by using Dirac,s approach but instead of with Fermions with Bosons...

The only "real" thing Einstein discovered was general relativity..and this was only a direct conclussion of Riemannian Geometry..then my question is..¿why is considered einstein a genious?..later i will make a discussion about Heisenberg,Dirac and other "masters" of physics.

I don,t know if this post goes here,..if so feel free to move it to the adecuate forum..thanks for your comprehension.
 
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And I could go on and say that Watson and Crick didn't do anything other than use everyone else's work and put them together and voila! They came up with the DNA.

The more you get into this field, the MORE you will appreciate the fact that being able to sit back and put different things together is a skill that not many possess. Do not trivialize such a thing. I personally believe that the general public has over glamorized Einstein. But I am in no position to belittle his accomplishment, or his impact on physics. I die happy just to accomplish 1/10th of what he has managed to do.

Zz.
 
I'm no expert but if I understood it right the photoelectric effect was a far greater leap than Planck's quantization of the emitted energy.

At the time, matter was not in any way understood in terms of fundamental constituents, and what Planck did was to show that energy was _emitted_ from this poorly understood matter in a quantized fashion. Einstein then made the conceptual leap that energy not only was emitted in discrete steps but also that it could only exist as discrete quanta (photons). And it took far longer for the scientific community to accept this photon concept; even Planck rejected it for years.

And no, I wouldn't say that Poincare/Lorentz discovered SR, even though they laid the majority of the groundwork. It's like with Aristotle, who was very close to inventing the (integral) calculus but still isn't credited as such, since he didn't really go all the way.

Claiming GR is just a direct conclusion of Riemannian geometry is not really fair either. Fundamental physics is very rarely just the result of the mathematics used to describe it.

Yeah sure looking back the mathematical deductions might seem straightforward. But that has more to do with that today we know which of the different paths physicists in the day were pondering were right, and as such makes it all much easier. To take those steps back in the day and interpret what it meant in terms of physical events is far more difficult. This is especially true of SR, Poincare/Lorentz did most of the theoretical work, but it was still Einstein who took the final conceptual step of what it meant.

Contributions to science is of course not proportional to the fame the authors get, but you can't really deny that Einstein made several very important contributions that not a lot of people can claim to match.
 
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You're right, Einstein did nothing useful and any idiot could have figured that stuff out.
 
octol said:
I'm no expert but if I understood it right the photoelectric effect was a far greater leap than Planck's quantization of the emitted energy.

At the time, matter was not in any way understood in terms of fundamental constituents, and what Planck did was to show that energy was _emitted_ from this poorly understood matter in a quantized fashion. Einstein then made the conceptual leap that energy not only was emitted in discrete steps but also that it could only exist as discrete quanta (photons). And it took far longer for the scientific community to accept this photon concept; even Planck rejected it for years.

And you're not too far off with this opinion. John Ridgen even went as far as to say that of all his 1905 papers, the photoelectric effect paper was the TRULY revolutionary.

http://physicsweb.org/articles/world/18/4/2

Zz.
 
Methinks the questions being asked reveal some serious lack of understanding and misrepresentation of Einstein's works.

Besides that, I agree this topic is in the wrong PF area.
 
Yeah, but where do you think it should go? Skepticism and Debunking?

:)

Zz.
 
ZapperZ said:
Yeah, but where do you think it should go? Skepticism and Debunking?

:)

Zz.

PF Lounge? :wink:
 
Tide said:
PF Lounge? :wink:

THERE SHOULD BE A PF-GARBAGE AREA.


SAM
 
  • #10
samalkhaiat said:
THERE SHOULD BE A PF-GARBAGE AREA.
SAM
There used to be a PF garbage dump, we called it Theory Development, it got to stinky for any of us to stand so we buried it.
 
  • #11
eljose
yes I see "King is naked"
 
  • #12
samalkhaiat said:
THERE SHOULD BE A PF-GARBAGE AREA.
SAM
Oh great, it ended up here, the PF round file. :rolleyes:

I'll remember this.
 
  • #13
The problem is that there are about 10,000 more new "theories" per day than there are mentors.
 

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