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- Click here for
Einstein's E = mc2 derivable from the Heisenberg brackets.
Young Suh Kim: Interview with Doug Llewelyn
TV and Radio Interviews
- TV Interview with Jim Masters. This interview took place on the
campus of the University of Maryland. He says the UMD campus is beautiful.
- Close-up Radio Interview with Doug Llewelyn:
- Close-up Radio Interviews with Jim Masters:
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Part 1,
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Part 2,
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Part 3,
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Part 4.
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Press Release
- What was the main issue of these interviews?
- This is the question Bohr and Einstein could have asked when they met. Yet,
there are no written records to indicate they ever discussed this issue.
- On his TV interview,
- Jim Masters shows the campus of the University of Maryland.
- He mentions Einstein many times, since Einstein is an easy word the people
can comprehend.
- He descibes my personality with the words "persistence, perseverance, resilience,
never-give-up, never-give-in, and tenacity,"
while I do not have these words anywhere on my webpages.
- Doug Llewelyn asked me the following questions in his radio interview.
- Why is my high school (in Korea) the best high school in the world?
- How is it possible for me to claim that Einstein was my
grandfather in physics?
- How many people agree with me? What was the price I had to pay to justify my claims?
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ml">Interviews.
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Photos and Stories, Show and Tell
- 100 years of continous history since Bohr and Einstein.
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- I met Eugene Wigner while I was a graduate student at Princeton
University (1958 - 1961), but he was not a thesis advisor. My
advisor was Sam Treiman.
Yet, I was interested in
Wigner's 1939 paper on representations of the Poincaré group.
It is generally agreed that Wigner deserved the Nobel Prize for this
paper, but he got the prize in 1963 for other reasons. I investigated
this problem and showed that he indeed deserved the prize for this paper,
and explained why this paper was not fully appreciated in 1963 when
the Nobel citation was written.
- Click here for further details,
and see this table.
Click here for an Arxived article on this subject.
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Energy Momentum |
E=p2/2m |
Einstein's
E=(m2 + p2)1/2 |
E = cp |
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Hadrons, Bound States |
Gell-Mann's Quark Model |
One Lorentz-Covariant Entity |
Feynman's Parton Picture |
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This table is from
my PRL paper published in 1989.
Since I made a contribution to the 3rd row of the above table,
I am known as Wigner's student in the physics community.
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This webpage is mained by Y. S. Kim.
The 1959 photo of Feynman and Gell-Mann is licensed from the Caltech
Photo Archives.
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