Samantha Kolodziej

Submitted by admin on
Primary Title:  
Financial Aid Assistant and Office Administrator
Institution:  
Amherst College
Department:  
Financial Aid
Email Address:  
skolodziej@amherst.edu
Office Building:  
Converse Hall
Office Room Number:  
Room B005A

Lianne McCluskey

Submitted by admin on
Primary Title:  
Athletic Department Fellow and Assistant Coach of Men’s and Women’s Swimming
Institution:  
Amherst College
Department:  
Athletics
Email Address:  
lmccluskey@amherst.edu
Office Building:  
Pratt Pool
Office Room Number:  
Room 4101

Elia Hanish

Submitted by admin on
Primary Title:  
Assistant Director of Admission
Institution:  
Amherst College
Department:  
Admission
Email Address:  
ehanish20@amherst.edu
Telephone:  
+1 (413) 542-2481
Office Building:  
Wilson Admissions
Office Room Number:  
Room 006

Mark Giovinazzi

Submitted by admin on
Primary Title:  
Postdoctoral Fellow
Institution:  
Amherst College
Department:  
Physics & Astronomy
Email Address:  
mgiovinazzi@amherst.edu

Vanessa Ribeiro

Submitted by admin on
Primary Title:  
Administrative Assistant
Institution:  
UMASS Amherst
Department:  
Human Resources
Email Address:  
vribeiro@umass.edu

Shihyu Chuang

Submitted by admin on
Primary Title:  
Post Doctoral Research Associate
Institution:  
UMASS Amherst
Department:  
Food Science
Email Address:  
schuang@umass.edu

Audrey Woods

Submitted by admin on
Primary Title:  
Sustainability Program Coordinator
Institution:  
Amherst College
Department:  
Center for Sustainability
Email Address:  
awoods24@amherst.edu
Office Building:  
Charles Pratt Residence Hall
Office Room Number:  
Room 101

Blake Waldron

Submitted by admin on
Primary Title:  
Assistant Men's Basketball Coach
Institution:  
Amherst College
Department:  
Athletics
Email Address:  
bwaldron@amherst.edu
Office Building:  
Alumni Gymnasium
Office Room Number:  
Room 1207

Intro to String Theory

An introduction to string theory targeted at graduate students with some prior knowledge of particle physics, quantum field theory and/or general relativity. We will study the bosonic string spectrum and interactions, worldsheet conformal field theory, background fields and effective actions, toroidal compactification, T-duality, D-branes, superstring theory and nonperturbative dualities, as well as other topics as time allows.
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