On a weekly basis, the Pitt REU will gather for a group lunch and
physics talk. Guest Lecturers will speak on topics relating to
physics, science careers, science education, and related areas.
Summer 2003 Lunchtime Speakers:
Thursday, June 12: Professor
James Mueller, University of Pittsburgh.
Dr. Mueller is a researcher in particle physics, and a director of the REU
program.
Thursday, June 19 Dr.Singh,University
of Pittsburgh.
Friday,June 27:Professor
Johnson,New Jersey Institute of Technology.
Professor Johnson is an outstanding scientist, with a
distinguished record of achievement in semiconductor
physics and optics. The citation to his 1996 Edward A. Bouchet Award of
the American Physical Society: "For his pioneering contributions to
nonlinear optics, lasers, and optoelectronics; for his leadership in the
national scientific community; and for his many efforts to attract
minorities to careers in science and engineering.";
Thursday,July 10 12.30pm Prof.
Ted Newman on "Modern
insights
on General Relativity"
Thursday,July 17,Prof.
Walter Goldburg. on Turbulence and Chaotic Behaviour,University of
Pittsburgh.
Summer 2002 Lunchtime Speakers:
Thursday, June 12: Professor
James Mueller, University of Pittsburgh.
Introduction to Modern Physics.
Dr. Mueller is a researcher in particle physics, and a director of the REU
program.
Thursday June 27: Dora
Bodlaki, University of Pittsburgh:
Dora is a graduate student at Pitt, working on nonlinear spectroscopy of
semiconductor surfaces, in the
research group of Dr. Borguet.
Thursday July 18: Andrew Petersen,
University of Pittsburgh:
Using Molecular Dynamics to Calculate Protein-DNA Binding.
Andrew is a Graduate Student at Pitt, and a former
member of the REU program.
Thursday, August 1: Bill
Love, University of Pittsburgh.
The Massive Star Eta Carinae.
Bill is a graduate student at Pitt, working in Astronomy, and a former TA for the REU program.
Summer 2001 Lunchtime Speakers:
Thursday 7 June: Dr.
Jeff McDonald, University of Pittsburgh
The Neutrino: From Hypothesis to Probe
A brief introduction to the neutrino and its history will be discussed.
The neutrino is a powerful tool in our understanding of the physics of the
proton (QCD) at high energies. The NuTeV experiment and QCD
physics at NuTeV will be discussed.
Thursday 21 June: Professor
Eugene Engles, University of Pittsburgh:
Professor Engles is professor emeritus in high-energy physics. He will
discuss his work at Fermilab.
Thursday 28 June: Arnold
Tharrington, University of Pittsburgh:
Arnold is a former REU participant now finishing his PhD. at Pitt. He
will discuss his work in computer modeling of phase transitions in small
atom clusters.
Thursday 5 July: Professor
Vittorio Paolone, University of Pittsburgh:
Professor Paolone was a leader of the team that discovered the tau
neutrino, the last remaining standard-model particle to be experimentally
verified. Dr. Paolone will discuss neutrinos and elementary particles.
Thursday 12 July: Professor
Peter Koehler, University of Pittsburgh:
Professor Koehler is a distinguished faculty member and high-energy
physicist, and currently head of the Pitt Physics department graduate
admissions committee. He will share his knowledge about strategies for
getting into grad school.
Thursday 19 July: Elizabeth Leeds.
Elizabeth is a Pitt graduate school alumni and former REU participant, now
working at NeuralWare, a software
company specializing in neural net technology applied to real world
problems. Liz will discuss her work.
Thursday 26 July: Carla
Adams.
Carla is a recent Pitt alumni. Work on the Hubble Deep Field will be
discussed.
July 6: NO GUEST LECTURE (REU Student Midterm Presentations)
July 19: Heather
Ray, graduate student, University of Michigan (High Energy
Physics)
July 27: Mike Gach (applications of MRI)
last updated on 15 July 2003 by Gordon Weinberg.
All information subject to change without appearance here.
this page: http://www.phyast.pitt.edu/~reupfom/lunchtalks.html
main REU page: http://www.phyast.pitt.edu/~reupfom
Any opinions, findings, conclusions or recommendations
expressed in this material are those of the authors
and do not necessarily reflect the views of the NSF.