Time: 11:00AM - Equivocating Yao: Constant-Rounds Adaptively Secure Multiparty Computation in the Plain Model - Location: DIMACS Theory of Computing Seminar Other - CoRE 301
Time: 3:00PM - Incorporation of Geometry into Learning Algorithms and Medicine - Location: Special Seminar Hill 705
Time: 2:00PM - Rank bounds for design matrices with block entries and geometric applications - Location: Discrete Math Hill 705
Time: 2:00PM - Rank bounds for design matrices with block entries and geometric applications - Location: Discrete Math Hill 705
Time: 3:00PM - Arithmetic hyperbolic manifold groups contain nonseparable subgroups - Location: Special Seminar Hill 525
Time: 3:00PM - Arithmetic hyperbolic manifold groups contain nonseparable subgroups - Location: Special Seminar Hill 525
Time: 5:00PM - A proof of Generation of Full Pointclasses - Location: Logic Seminar Hill 705
Time: 3:00PM - Surfaces of Low Entropy - Location: Geometric Analysis Seminar Hill 705
Time: 11:00AM - TBA - Location: DIMACS Theory of Computing Seminar Other - CoRE 301
Time: 11:00AM - Simultaneous Communication Complexity of Two-Player Combinatorial Auctions - Location: DIMACS Theory of Computing Seminar CoRE 301
Time: 12:10PM - Simple proofs of some determinant complexity lower bounds - Location: Graduate Student Combinatorics Seminar Sponsored by DIMACS Hill Grad Student Lounge -
Time: 3:15PM - Effective lattice-point counting, after Gorodnik and Nevo - Location: Number Theory Learning Seminar Hill 525
Time: 3:15PM - Effective lattice-point counting, after Gorodnik and Nevo - Location: Number Theory Learning Seminar Hill 525
Time: 12:00PM - Quantum analogues of geometric inequalities for Information Theory - Location: Mathematical Physics Seminar Hill 705
Time: 12:00PM - Quantum analogues of geometric inequalities for Information Theory - Location: Mathematical Physics Seminar Hill 705
Time: 5:00PM - Winter Fruits: New Problems from OEIS - Location: Experimental Mathematics Seminar Hill 705
Time: 5:00PM - Winter Fruits: New Problems from OEIS - Location: Experimental Mathematics Seminar Hill 705
Time: 2:00PM - Operator Scaling: Theory & Applications, and the simplest algorithm for the linear matroid intersection problem ever designed! - Location: Discrete Math Hill 705
Time: 5:00PM - TBA - Location: Logic Seminar Hill 705
Time: 5:00PM - Unions of Chains of Signatures - Location: Logic Seminar Hill 705
R. Shapiro Organizer's Page
Charles Weibel Organizer's Page
Brooke Logan
Wujun Zhang Organizer's webpage
Xiaojun Huang and Purvi Gupta Organizer's webpage
Pranjal Awasthi, Shubhangi Saraf Organizer's Page
Jeffry Kahn, Bhargav Narayanan, Abigail Raz Organizer's webpage
Bryan Ek, Doron Zeilberger home page
Paul Feehan, Manousos Maridakis, Natasa Sesum Organizer's webpage
Lev Borisov, Emanuel Diaconescu, Angela Gibney, Nicolas Tarasca, and Chris Woodward Organizer's webpage
Alejandro Ginory Organizer's Page
Louis Gaudet, Yael Davidov Organizer's webpage
Erik De Amorim Organizer's Page
Corrine Yap Organizer's webpage
Edna Jones Organizer's webpage
Yanyan Li, Zheng-Chao Han, Jian Song, Natasa Sesum
Lisa Carbone, Yi-Zhi Huang, James Lepowsky, Siddhartha Sahi Organizer's page
Grigor Sargsyan seminar website
Kasper Larsen, Daniel Ocone and Kim Weston Organizer's page
Joel Lebowitz, Michael Kiessling
Yanyan Li, Haim Brezis
Matthew C Welsh
Stephen D. Miller, John C. Miller, Alex V. Kontorovich, Claire Burrin seminar website
Stephen D. Miller
Organizers: Yanyan Li, Z.C. Han, Jian Song, Natasa Sesum
Matthew Charnley Organizer's Page
Hongbin Sun Organizer's page
Organizer: Vladimir Retakh Organizer's webpage
Directions: map and driving directions. If you need information on public transportation, you may want to check the New Jersey Transit page.
Unfortunately, cancellations do occur from time to time. Feel free to call our department: 848-445-6969 before embarking on your journey. Thank you.
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Department of Mathematics Department of Mathematics
Rutgers University Hill Center - Busch Campus 110 Frelinghuysen Road Piscataway, NJ 08854-8019, USA Phone: +1.848.445.2390 Fax: +1.732.445.5530 |
