Google's most relevant names in Quantum Theory

In summary: If I search for "DrChinese" + "quantum theory" I get 14 results, just like you. So I don't think it has anything to do with geographic region.
  • #1
unusualname
664
3
For fun only, put +"name" +"quantum theory" into google search, note approx number of matches :smile:

1. Einstein 407,000
2. God 268,000
3. Bohr 147,000
4. Planck 138,000
5. Heisenberg 136,000
6. Dirac 133,000
7. Weinberg 120,000
8. Feynman 114,000
9. Fermi 91,500
10. Schrödinger 88,300
11. Pauli 84,500
12. Bohm 76,300
13. Hawking 68,700
14. von Neumann 60,900 (+Neumann +"quantum theory")
15. Bose 57,800
16. Landau 56,100
17. Wigner 51,000
18. de Broglie 45,600 (+Broglie +"quantum theory")
19. Oppenheimer 33,500
20. Compton 33,200
21. Dyson 31,000
22. Witten 28,500
23. Schwinger 27,600
24. Bragg 26,600
25. Max Born 20,000(+"Max Born" +"quantum theory")
26. Chadwick 18,500
27. Yukawa 15,100



Max Born is a bit low here since "Born" is too common to search on and de Broglie result is also probably lower than it should be for the opposite reason. Similarly Yang and Lee are too common to search on.

I wonder how close the ranking is to a consensus view of the greats of Quantum Theory?
 
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  • #2
unusualname said:
I wonder how close the ranking is to a consensus view of the greats of Quantum Theory?

God is second so its pretty close.
 
  • #3
unusualname said:
For fun only, put +"name" +"quantum theory" into google search, note approx number of matches :smile:

1. Einstein 407,000
2. God 268,000
3. Bohr 147,000
4. Planck 138,000
5. Heisenberg 136,000
6. Dirac 133,000
7. Weinberg 120,000
8. Feynman 114,000
9. Fermi 91,500
10. Schrödinger 88,300
11. Pauli 84,500
12. Bohm 76,300
13. Hawking 68,700
14. von Neumann 60,900 (+Neumann +"quantum theory")
15. Bose 57,800
16. Landau 56,100
17. Wigner 51,000
18. de Broglie 45,600 (+Broglie +"quantum theory")
19. Oppenheimer 33,500
20. Compton 33,200
21. Dyson 31,000
22. Witten 28,500
23. Schwinger 27,600
24. Bragg 26,600
25. Max Born 20,000(+"Max Born" +"quantum theory")
26. Chadwick 18,500
27. Yukawa 15,100

Bill Clinton + Quantum Theory: 7,220
DrChinese + Quantum Theory: 14

:eek:
 
  • #4
+"George Bush"+"quantum theory": 28,200
+"Allah"+"quantum theory": 7,200
+"Nikolic"+"quantum theory": 2,860
+"Demystifier"+"quantum theory": 1,620

By the way, I have noted that google gives to me much smaller (approximately, by a factor of 2) numbers than those given by unusualname. Does anybody know what could be the reason?
 
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  • #5
Google is constantly changing it's algorithms, updating different parts for different people, and has quite a lot of regional settings, so it depends on where you sit.


Wrt the list, I think you missed all of our contemporary quantum physicists. A few examples (for normalization, I also get einstein ~ 400k):

Zeilinger: 40k
Gisin: 20k
Plenio: 10k
 
  • #6
Zarqon said:
.

Wrt the list, I think you missed all of our contemporary quantum physicists. A few examples (for normalization, I also get einstein ~ 400k):

Zeilinger: 40k
Gisin: 20k
Plenio: 10k

Yeah, obviously it's a very flawed way of determining relevance ranking in the subject, I was just writing a brief introductory article and wanted a quick way to compose a list of important historical figures, mostly nobel winners (But I left out pre-quantum people like Rutherford 39,800)

You could alternatively filter the search for "quantum field theory", "quantum mechanics" etc. If you just use the search term "quantum" then it gives a similar list of names but people like Bose have unexpectedly high matches. I think the final list I got above wasn't too bad, just a little unfair on Schrödinger, de Broglie and Born.

Ranking by "name" + "quantum"

1. Einstein 5,090,000
2. God 4,640,000
3. Bose 2,550,000
4. Fermi 2,020,000
5. Planck 1,800,000
6. Pauli 1,440,000
7. Landau 1,040,000
8. Dirac 942,000
9. von Neumann 875,000 (+Neumann +quantum)
10. Bohr 812,000
11. Feynman 767,000
12. Dyson 743,000
13. Hawking 724,000
14. Heisenberg 712,000
15. Compton 629,000
16. Schrödinger 475,000
17. Weinberg 436,000
18. Oppenheimer 346,000
19. Wigner 328,000
20. Bohm 332,000
21. Witten 241,000
22. Yukawa 159,00
23. de Broglie 158,000 (+Broglie +quantum)
24. Schwinger 147,000
25. Chadwick 130,000
...
26. Born 57,100 (+"Max Born" +quantum)
 
  • #7
snyder + quantum 4,440,000 results
 
  • #8
unusualname said:
I wonder how close the ranking is to a consensus view of the greats of Quantum Theory?
I wonder why you imagine google has something relevant to say about that, since my understanding is that you are interested in the consensus from some definition of a scientific community. No matter how large the community your definition makes, if the definition is relevant, the signal from the community will end up totally washed out from the noise google listens too. I mean that science is not democratic : pretty much all relevant textbook results, at some point were results obtained by one (or a few) individual contrary to the opinion of the vast majority.

Besides, even if google became an intelligent engine, it is hard to imagine the relevance of the question to start with. Like asking most relevant names in "sport" for instance, how to compare the relevance of baseball player with the relevance of a cricket player : the question itself will sound very different to a US citizen, an indian citizen, and a german soccer fan. Unless you meant "the foundation of quantum mechanics", the question is simply too wide. Modern electronics has very important theoreticians such as :
Bardeen 33,200 (yet 2 Nobel prizes for work in quantum related areas)

Finally, few results showing how google has no clue about the foundation of quantum mechanics :
Bose 89,300
Jordan 65,200
Curie 38,400
Gerlach 29,100
Goudsmit 14,200
 
  • #9
My theory why this doesn't work: there's millions of news and ad bunching sites that will have dynamic pages that pull up news articles relating to your search.

There's also a lot of real news sites that may have two completely different stories on the same page.
 
  • #10
It seems that direction matters as well:

"quantum theory" "borg" - 4660
"borg" "quantum theory" - 4670
 
  • #11
Me + "quantum theory" - 802,000 results (23,700,000 for me + quantum)

Which apparently makes me more than twice as relevant as Einstein. Works for me.
 

Related to Google's most relevant names in Quantum Theory

1. What is Quantum Theory?

Quantum Theory is a branch of physics that explains the behavior of particles at a microscopic level. It describes the fundamental nature of matter and energy and how they interact with each other.

2. Who are the most relevant names in Quantum Theory?

Some of the most relevant names in Quantum Theory are Niels Bohr, Werner Heisenberg, Erwin Schrödinger, and Max Planck. They were pioneers in the field and made significant contributions to our understanding of quantum mechanics.

3. How has Quantum Theory impacted modern technology?

Quantum Theory has had a significant impact on modern technology, particularly in the fields of computing and communication. It has led to the development of quantum computers, which have the potential to solve complex problems much faster than traditional computers. Quantum Theory has also played a crucial role in the development of communication technologies such as quantum cryptography.

4. What is the uncertainty principle in Quantum Theory?

The uncertainty principle in Quantum Theory states that it is impossible to know both the position and momentum of a particle at the same time with absolute certainty. This principle was first proposed by Werner Heisenberg and is a fundamental concept in understanding the behavior of particles at a quantum level.

5. How is Quantum Theory related to the concept of entanglement?

Quantum Theory is closely related to the concept of entanglement, which is the phenomenon where two particles can become connected in such a way that the state of one affects the state of the other, regardless of the distance between them. This is a fundamental concept in quantum mechanics and has been demonstrated through various experiments, including the famous EPR paradox proposed by Albert Einstein, Boris Podolsky, and Nathan Rosen.

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