I met George Zweig at a conference in Crete last Summer. He impressed me with the multidisciplinarity of his interests and his quite entertaining career. He has a degree in mathematics, and did quite a bit of experimental physics work before finally turning to theoretical physics; but he did not stay there for long...

But I do not want to summarize more of the interesting life of Zweig, since there is now an interview with George on the online newsletter of the physics department of CERN, which is quite detailed and fascinating, and deserves a read. Enjoy!

"The senior signs the paper, the post-doc thinks, and the grad student executes"

F.S., explaining how the typical nucleus of analysis group in HEP works.

"During the years 1962 to 1964 a debate developed about whether the Goldstone theorem could be evaded. Anderson pointed out that in a superconductor the Goldstone mode becomes a massive plasmon mode due to its electromagnetic interaction, and that this mode is just the longitudinal partner of transversely polarized electromagnetic modes, which also are massive (the Meissner effect!). Ths was the first description of what has become known as the Higgs mechanism.

Inspired by my friend Peter Woit's openness in discussing his work in progress (a thick textbook on the foundations of quantum mechanics), I feel compelled to come out here about my own project.