Word: georgy
(lookup in dictionary)
(lookup stats)
Dates: all
Sort By: most recent first
(reverse)
...masters of Leverett House, Ann and Howard Georgi, Associate Dean of Harvard College Judith H. Kidd, Associate Dean of Residential Life Suzy M. Nelson, and HUPD Chief Francis D. "Bud" Riley were all present at the scene this morning...
...each window’s metal grate appears phallic shaped (see photo). “I’ve always thought that it’s very Leverett,” says resident Jori A. Pearsall ’07. House Master and Mallinckrodt Professor of Physics Howard Georgi asked not to be interviewed about the windows, stating over e-mail that he has never noticed the shape of their grates. Nevertheless, some house residents think that the supposedly sultry windows might be sending subliminal messages. “Leverett does well in the sex survey,” says...
...fundamental theory that unifies gravity with everything else would not take place at ultra short distances but right above our heads,” he said. He added that there may be gigantic extra dimensions of space if this is in fact true. Mallinckrodt Professor of Physics Howard M. Georgi ’68 wrote in an e-mail that Arkani-Hamed’s work on split supersymmetry could be just as important as his research on large extra dimensions, but only time will tell. It is possible that the LHC will show evidence that Arkani-Hamed is correct...
...hate science (see Biological Anthropology). Read on only if neither of those applies to you. Chemistry and Physics advising is very typical of Harvard: each student is assigned half a dozen advisors in the hope that one of them will actually be helpful. Officially, David Morin and Howard Georgi, both physicists, advise all concentrators. Each student is also assigned an individual advisor from the Physics department. Notice a theme here? The concentration has been more or less commandeered by the Physics department. (Further evidence: the only classes that absolutely cannot be taken Pass/Fail are the introductory physics classes. However...
...interactions between fundamental subatomic particles.“Wilson is famous for understanding how, in transitions from one phase of matter to another, there are quantities that are completely independent of the details of the states of matter,” says Mallinckrodt Professor of Physics Howard Georgi ’67. He explains that Wilson’s work was valuable not only in the field of phase changes, for which Wilson won the Nobel Prize, but had much broader applications for all of modern physics. It is a crucial component of our understanding of quantum chromodynamics...