Thesis Defense

Dissertation Committee Chair: Vladimir Manucharyan
Committee: 
Christopher Lobb
James Williams
Steven Anlage
Ichiro Takeuchi (Dean’s rep)
Abstract:

Dissertation Committee Chair: Prof. Christopher Monroe
Committee: 
Professor Norbert M. Linke
Professor James Williams
Professor Alexey Gorshkov
Professor Christopher Jarzynski
Abstract:

Dissertation Committee Chair: Chris Monroe

Dissertation Committee Chair: Prof. Christopher Monroe
Committee: 
Prof. Norbert Linke
Prof. Alicia Kollár
Prof. Vladimir Manucharyan
Prof. Christopher Jarzynski
Abstract:
Quantum computers promise to solve models of important physical processes, optimize complex cost functions, and challenge cryptography in ways that are intractable using current computers. In order to achieve these promises, quantum computers must both increase in size and decrease error rates.

Dissertation Committee:
Professor Christopher Monroe, Chair/Advisor
professor Mohammad Hafezi
professor Edo Waks
Professor Alexey Gorshkov
Professor Lawrence Washington, Dean’s Representative
Professor Norbert Linke
Professor Xiaodi Wu
 
Abstract:

Dissertation Committee Chair: Prof. Christopher Monroe
Committee: 
Prof. Alicia Kollár
Prof. Norbert Linke
Prof. Steven Rolston
Prof. Ronald Walsworth
Abstract:

Dissertation Committee Chair: Professor Steven L. Rolston
Committee: 
Professor Alexey V. Gorshkov, Advisor
Professor Xiaodi Wu, Dean’s Representative
Professor Zohreh Davoudi
Professor Christopher Monroe

Dissertation Committee Chair: Prof. Christopher Monroe
Committee: 
Prof. Alexey Gorshkov
Prof. Zohreh Davoudi
Prof. Chris Jarzynski
Prof. Qudsia Quraishi

Dissertation Committee Chair: Prof. Mohammad Hafezi
 
Committee:
Prof. Alexey V. Gorshkov (co-chair)
Prof. Andrew M. Childs (Dean’s Representative)
Prof. Bill Fefferman
Prof. Christopher Monroe
 
Abstract:
 

Dissertation Committee Chair: Prof. Victor Galitski
 
Committee: 
Prof. Alexey V. Gorshkov
Prof. Michael J. Gullans
Prof. Alicia Kollár
Prof. Andrew M. Childs (Dean’s Representative)
 
Abstract: