Nobel chemistry prize may show a trend

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In summary: Nobels. And I think that's a valid perspective. However, there are also people who are more visionary and see the future in a more holistic way. They might see a shift in the types of Nobel prizes going to be won, and they might be right.
  • #1
marcus
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==quote from AP==
German Wins Nobel Chemistry Prize

6 hours ago

STOCKHOLM, Sweden (AP) — Gerhard Ertl of Germany won the 2007 Nobel Prize in chemistry on Wednesday for his studies of chemical processes on solid surfaces.

The Royal Swedish Academy of Sciences said his research helps to understand how catalysts in automobiles work, fuel cells function and even why iron rusts.
==endquote==

I think that US dominance in hard science Nobels (physics, chemistry) may be slipping and there may be a shift towards more European Nobels.

The US physics establishment (at least outside astrophysics) may have lost its way----there was an interesting letter by J C Philips, a physicist at Rutgers University, in the recent issue of Physics Today about this ("American Physics Implosion")---discussing the cultural difference between physics in Europe versus US. Losing touch with reality. Media culture.

Whether that is true or not, I get the feeling that the Nobel committee may be trying to send some messages:

1. physics can contribute to information technology (your hard-drive) and to saving the planet (the catalyst in your car, the catalyst in fuel cells, more efficient materials). Remember that Nobel specifically said the prize was to recognize science benefit to humanity, and I guess that could include the planet humanity depends on as well :smile:

2. the European science establishment has grown a lot and knows how to do international integration (ESF, the Euopean science foundation) and has a common language (English) and is leading bigtime science in a new way---the US scientific establishment needs a kick in the pants and a little shaking up. And it is time to expect a bunch of European Nobels.

Of course this is just my two cents from the peanut gallery. But I was glad that Physics went to a French-German duo and that Chemistry went to a German and I hope that betokens some kind of change.
 
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I don't know if one year can be a trend. The US has Fermilab, the rest of the world has CERN, that says something about American physics.

edit: on second thought, I remember reading that in the US more people got massage therapy degrees in the last year than engineering degrees for the first time ever. Maybe this Nobel year is a sign of things to come. Dick Cheney should start privatizing universities & labs to get more people into science again.
 
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  • #3
fourier jr said:
...Dick Cheney should start privatizing universities & labs to get more people into science again.

to get more people into massage science? (or whatever else the consumer market dictates) :smile:

fundamental science is an aristocratic phenomenon, I expect, rather than a market-capital-driven---or even a weapon-driven---phenomenon.

elites compete for prestige, respect, honor, and some kind of undefinable greatness (a place in history that e.g. Grisha Perlman has even though he didnt take the money)
===================

actually, where I'm coming from is not just this one year.
I see most of the progress in Quantum Gravity over the past 5 years happening outside the US (Canada, UK, Europe) and I see most of the fresh talent (PhD student and postdoc talent) outside the US----all except for the one US university that has a nonstring QG group, namely Penn State.
So going forwards I don't see how the US is going to be able to compete in that field when the big discoveries come. There seems to be a shift in creativity and in creative science management. A kind of European resurgence----remember how it was say from 1830-1930? The old pre-eminence.
 
  • #4
marcus said:
actually, where I'm coming from is not just this one year.
I see most of the progress in Quantum Gravity over the past 5 years happening outside the US (Canada, UK, Europe) and I see most of the fresh talent (PhD student and postdoc talent) outside the US----all except for the one US university that has a nonstring QG group, namely Penn State.
You know a stringy person would look at the same data and conclude that the US is indeed headed in the right direction. ;)
 
  • #5
Gokul43201 said:
You know a stringy person would look at the same data and conclude that the US is indeed headed in the right direction. ;)

"right direction" or "not right" is not exactly the question, Gokul. I am speculating as to whether we are going to see a shift to more of the physics and chemistry Nobels going to Europe, or outside US.
Instead of the way it has been in past where such a lot of them went to US scientists.

the fact that people get Nobels doesn't necessarily mean that they are "right" or "not right" except in the view of the Nobel committee.

Basically we will just have to wait and see if the distribution of nobels in these fields is shifting.
=============================

I like your point about how different people foresee the future differently. Stringy-minded people probably would predict, and have been predicting, that some of their heros get the Nobel for string theory!
I, because of a different perspective, would not predict that and would be surprised if it should ever happen.
But my ideas are not definite enough to actually predict---I don't have opinions about the awards---except that I have a vague feeling that the age of US dominance in the prizes is now passing.
 
  • #6
The problem with making such an assumption on trends is that the Nobel Prize winners are not particularly reflective of the current status of research anywhere, but rather what the status was 20, 30 or 40 years ago, enough time for it to be realized some very fundamental discovery has had a long-term and broad enough impact on a field to be worthy of the prize.
 
  • #7
Moonbear said:
The problem with making such an assumption on trends is that the Nobel Prize winners are not particularly reflective of the current status of research anywhere, but rather what the status was 20, 30 or 40 years ago, enough time for it to be realized some very fundamental discovery has had a long-term and broad enough impact on a field to be worthy of the prize.

that is true! there is a huge lag. one has to look a long way up the pipeline :smile:

Moonbear! it is nice to hear from you. I would like to know what you think of this letter from J C Philips, condensed-matter physicist at Rutgers University, that appeared in the October 2007 issue of Physics Today (an APS monthly.)

http://ptonline.aip.org/journals/doc/PHTOAD-ft/vol_60/iss_10/16_2.shtml

He points out a connection between US-preferred and European-preferred theoretical approaches in two quite separate fields: particle/unification and high-temperature superconductivity.

That is, he identifies a broad cultural divergence that is not just limited to one field, like high-energy or fundamental physics, and which could, I suppose, even go outside physics.

have to go, back later
===========================
Yeah, I'm back. Moonbear you say "the problem with making such an assumption..." I am not sure if I am making any assumption or what it would be. I am more in the mood for MAKING A BET than making an assumption. :smile: I have this hunch...
So I will give you a list of the US physics nobelists from 1907 to 1957
and another list of those from 1957 to 2007. And the kind of thing I am betting is that going forward from 2007 it is not going to look like that. for various reasons, for whatever reasons, or just my hunch. Have a look:

1907, Physics, Albert A. Michelson
1923, Physics, Robert A. Millikan
1927, Physics, Arthur H. Compton
1936, Physics, Carl D. Anderson
1937, Physics, Clinton Davisson
1939, Physics, Ernest Lawrence
1943, Physics, Otto Stern
1944, Physics, Isidor Isaac Rabi
1946, Physics, Percy W. Bridgman
1952, Physics, Felix Bloch
1952, Physics, E. M. Purcell
1955, Physics, Willis E. Lamb
1955, Physics, Polykarp Kusch
1956, Physics, John Bardeen
1956, Physics, Walter H. Brattain
1956, Physics, William B. Shockley

cut at 1957

1959, Physics, Emilio Segrè
1959, Physics, Owen Chamberlain
1960, Physics, Donald A. Glaser
1961, Physics, Robert Hofstadter
1963, Physics, Eugene Wigner
1963, Physics, Maria Goeppert-Mayer
1964, Physics, Charles H. Townes
1965, Physics, Richard P. Feynman
1965, Physics, Julian Schwinger
1967, Physics, Hans Bethe
1968, Physics, Luis Alvarez
1969, Physics, Murray Gell-Mann
1972, Physics, John Bardeen
1972, Physics, Leon N. Cooper
1972, Physics, Robert Schrieffer
1973, Physics, Ivar Giaever
1975, Physics, James Rainwater
1976, Physics, Burton Richter
1976, Physics, Samuel C. C. Ting
1977, Physics, John H. van Vleck
1977, Physics, Philip W. Anderson
1978, Physics, Arno Penzias
1978, Physics, Robert Woodrow Wilson
1979, Physics, Sheldon Glashow
1979, Physics, Steven Weinberg
1980, Physics, James Cronin
1980, Physics, Val Fitch
1981, Physics, Arthur L. Schawlow
1981, Physics, Nicolaas Bloembergen
1982, Physics, Kenneth G. Wilson
1983, Physics, Subramanyan Chandrasekhar
1983, Physics, William A. Fowler
1988, Physics, Melvin Schwartz
1988, Physics, Jack Steinberger
1988, Physics, Leon M. Lederman
1989, Physics, Hans G. Dehmelt
1989, Physics, Norman F. Ramsey
1990, Physics, Jerome I. Friedman
1990, Physics, Henry W. Kendall
1993, Physics, Joseph H. Taylor Jr.
1993, Physics, Russell A. Hulse
1994, Physics, Clifford G. Shull
1995, Physics, Martin L. Perl
1995, Physics, Frederick Reines
1996, Physics, Douglas D. Osheroff
1996, Physics, Robert C. Richardson
1996, Physics, David M. Lee
1997, Physics, Steven Chu
1997, Physics, William D. Phillips
1998, Physics, Robert B. Laughlin
1998, Physics, Daniel C. Tsui
2000, Physics, Jack S. Kilby
2001, Physics, Carl E. Wieman
2001, Physics, Eric A. Cornell
2002, Physics, Riccardo Giacconi
2002, Physics, Raymond Davis Jr.
2003, Physics, Alexei A. Abrikosov (also Russia)
2004, Physics, David J. Gross
2004, Physics, H. David Politzer
2004, Physics, Frank Wilczek
2005, Physics, Roy J. Glauber
2005, Physics, John L. Hall
2006, Physics, John C. Mather
2006, Physics, George F. Smoot

Moonbear, that is 16 in the first fifty-year period, and 64 in the second fifty-years. With US laureates raining down at a rate of about 2 per year recently-----if you look at 2001-2006, say.

Let's play a guessing game. what do you think will happen to the annual rate of US physics laureates over the next year or two? Will it stay at 2 per year? Will it drop to 1 a year? Or will it be closer to zero?
My hunch could well be wrong! It might stay constant----like most things usually do :smile:
 
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1. What is the Nobel chemistry prize?

The Nobel chemistry prize is an award given to individuals who have made significant contributions to the field of chemistry. It is one of the five Nobel Prizes established by Alfred Nobel in his will in 1895.

2. Who decides the winner of the Nobel chemistry prize?

The winner of the Nobel chemistry prize is decided by the Royal Swedish Academy of Sciences, based on the recommendations of a committee of experts in the field of chemistry.

3. How is the Nobel chemistry prize awarded?

The Nobel chemistry prize is awarded annually on December 10th, the anniversary of Alfred Nobel's death. The winners receive a medal, a diploma, and a cash prize.

4. What does it mean to show a trend in the Nobel chemistry prize?

Showing a trend in the Nobel chemistry prize means that there is a pattern or common theme among the winners in recent years. This can indicate a specific area of chemistry that is being recognized and valued by the Nobel committee.

5. How does the Nobel chemistry prize impact the scientific community?

The Nobel chemistry prize is considered one of the most prestigious awards in the scientific community. It not only recognizes the achievements of the winners but also brings attention to important advancements in the field of chemistry, inspiring further research and innovation.

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