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October 03, 2011, at 11:12 AM
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- Princeton Center for Theoretical Computer Science is starting in Fall 2008.
October 28, 2008, at 09:16 PM
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- New Center for Computational Intractability--- an NSF-funded collaboration of IAS,NYU,Princeton and Rutgers.
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December 20, 2007, at 12:29 PM
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Breaking news (Nov'07): Princeton Center for Theoretical Computer Science is starting in Fall 2008.
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- Postdoc positions available starting Fall'08. Details coming soon.
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December 19, 2007, at 05:17 PM
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December 06, 2007, at 05:10 PM
by Boaz Barak -
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Breaking news (Nov'07): Princeton Center for Theoretical Computer Science is starting in Fall 2008.
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Breaking news (Nov'07): Princeton Center for Theoretical Computer Science is starting in Fall 2008.
November 14, 2007, at 11:33 AM
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Breaking news (Nov'07): Princeton Center for Theoretical Computer Science is starting in Fall 2008.
October 29, 2007, at 04:16 PM
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- Postdoc positions available starting Fall'08. Details coming soon.
October 08, 2007, at 09:49 AM
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September 13, 2007, at 03:43 PM
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September 13, 2007, at 03:37 PM
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May 31, 2007, at 09:38 PM
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May 31, 2007, at 06:46 PM
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December 12, 2005, at 11:43 AM
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- Stuff to do in and around Princeton.
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November 21, 2005, at 04:25 PM
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. It underlies many 20th century inventions such as cryptography, computational biology, machine learning, quantum computing, etc. An abiding interest in the power of computation has been a regular feature of life at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. It underlies many 20th century inventions such as cryptography, computational biology, machine learning, quantum computing, etc. An abiding interest in the power of computation has been a regular feature of life at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, graphics, networks and systems.
November 15, 2005, at 04:00 PM
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Most of us consider Princeton the world's best place for TCS. The presence of active research groups at the CS and Math depts, as well as the nearby Institute of Advanced Study (not to mention Rutgers/Dimacs half an hour away) ensures that almost every day there is an exciting talk to go to, or an exciting visitor to meet.
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Princeton is a wonderful place for TCS research. The presence of active research groups at the CS and Math depts, as well as the nearby Institute of Advanced Study (not to mention Rutgers/Dimacs half an hour away) ensures that almost every day there is an exciting talk to go to, or an exciting visitor to meet.
November 15, 2005, at 08:18 AM
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November 15, 2005, at 08:18 AM
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November 15, 2005, at 12:20 AM
by Sanjeev Arora -
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Most of us consider Princeton the world's best place for TCS. The presence of active research groups at the CS and Math depts, as well as the nearby Institute of Advanced Study (not to mention Rutgers/Dimacs half an hour away) ensures that almost every day there is an exciting talk to go to, or an exciting visitor to meet.
November 15, 2005, at 12:16 AM
by Sanjeev Arora -
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. It underlies many 20th century inventions such as cryptography, computational biology, machine learning, quantum computing, etc. An abiding interest in the power of computation has been a regular fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. It underlies many 20th century inventions such as cryptography, computational biology, machine learning, quantum computing, etc. An abiding interest in the power of computation has been a regular feature of life at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
November 15, 2005, at 12:15 AM
by Sanjeev Arora -
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. This expansive view of computation has been a fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
to:
Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. It underlies many 20th century inventions such as cryptography, computational biology, machine learning, quantum computing, etc. An abiding interest in the power of computation has been a regular fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
November 15, 2005, at 12:12 AM
by Sanjeev Arora -
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Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. This view of computing has been a fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
to:
Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. This expansive view of computation has been a fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, data structures, computational geometry, cryptography, machine learning, and computational economics. We have close connections with faculty in other groups, including computational biology, networks and systems.
November 15, 2005, at 12:09 AM
by Sanjeev Arora -
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Theoretical computer science seeks to understand the inherent capabilities and limitations of computing devices. Princeton University has been a center for research in the field ever
since its inception in the 1930s with the works of Turing, Church, Goedel and von Neumann
(all of whom were Princeton residents). The theory group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
to:
Theoretical computer science (TCS) studies efficient algorithms and protocols, which ultimately enable much of modern computing. But even more than that, the very concept of computation gives a fundamental new lens for examining the world around us. This view of computing has been a fixture at Princeton since the times of Turing, Church, Goedel and von Neumann (all Princeton residents). The TCS group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
November 10, 2005, at 09:55 PM
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September 13, 2005, at 04:00 PM
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- Stuff to do in Princeton.
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- Stuff to do in and around Princeton.
September 13, 2005, at 03:44 PM
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- Stuff to do in Princeton.
September 08, 2005, at 04:18 PM
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September 08, 2005, at 04:15 PM
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since its inception in the 1930's with the works of Turing, Church, Goedel and von Neumann
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since its inception in the 1930s with the works of Turing, Church, Goedel and von Neumann
September 08, 2005, at 04:13 PM
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since its inception in the 1930's by the works of Turing, Church, Goedel and Von-Neumann
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since its inception in the 1930's with the works of Turing, Church, Goedel and von Neumann
September 08, 2005, at 03:29 PM
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(all of whom Princeton residents). The theory group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
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(all of whom were Princeton residents). The theory group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
September 08, 2005, at 03:03 PM
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Here are some useful default pages installed along with the PmWiki software:
More information about PmWiki can be found at http://www.pmwiki.org/.
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Theoretical Computer Science at Princeton University
Theoretical computer science seeks to understand the inherent capabilities and limitations of computing devices. Princeton University has been a center for research in the field ever
since its inception in the 1930's by the works of Turing, Church, Goedel and Von-Neumann
(all of whom Princeton residents). The theory group continues today to pursue research in many areas of theory, including complexity theory, algorithms, computational geometry, and cryptography.
From this page you can find the following information about our group:
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