Andrew Neitzke
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Andrew Neitzke
Address: Department of Mathematics Andrew Neitzke University of Texas at Austin 1 University Station, C1200 Curriculum Vitae Austin, TX 78712, USA Email: [email protected] October 2019 WWW: www.ma.utexas.edu/users/neitzke PGP key at: www.ma.utexas.edu/users/neitzke/pubkey.asc Education 2005 Harvard University: Ph.D. in Physics. Advisor: Cumrun Vafa. 1999 Cambridge University: Certificate of Advanced Study in Mathematics. 1998 Princeton University: AB Degree in Mathematics. Employment 2015{present University of Texas at Austin, Department of Mathematics: Associate professor. 2009{2015 University of Texas at Austin, Department of Mathematics: Assistant professor. 2008{2009 Harvard University, Department of Physics: Postdoctoral researcher. 2005{2008 Institute for Advanced Study, Princeton, School of Natural Sciences: Member. Awards and grants 2018 Fellow of the American Mathematical Society (2019 class). 2017 National Science Foundation grant 1711692 (DMS). 2016 Simons Fellowship in Mathematics. 2012 National Science Foundation CAREER grant 1151693 (DMS). 2012 Co-PI on National Science Foundation FRG grant 1160461 (DMS). 2012 John R. Durbin Teaching Excellence Award in Mathematics, UT Austin. 2010 National Science Foundation grant 1006046 (DMS). 2000 NDSEG Graduate Fellowship. 1998 British Marshall Scholarship. 1998 Valedictorian, Princeton University, Class of 1998. External talks since 2011 Multi-lecture series are listed in bold. 2019 MSRI, Berkeley: Four lectures. 2019 Park City Mathematics Institute: Four lectures. 2019 Boston University (math seminar). 2018 Perimeter (Higher Algebra in Mathematical Physics). 2018 Sendai (String-Math 2018). 2018 BIRS, Oaxaca (Higgs Bundles and Harmonic Maps of Riemann Surfaces). 2018 CIRM, Marseilles (Vector Bundles over Algebraic Curves). 2018 Michigan State University (Cluster Algebras and Mathematical Physics). -
BIRS 2010 Scientific Report
Banff International Research Station for Mathematical Innovation and Discovery 2010 Scientific Report 5-Day Workshops 2010 Jan 10 Jan 15 Mathematics and Physics of Polymer Entanglement Jan 17 Jan 22 Multi-Scale Stochastic Modeling of Cell Dynamics Jan 24 Jan 29 Sparse Random Structures: Analysis and Computation Jan 31 Feb 5 Theory and Applications of Matrices Described by Patterns Jan 31 Feb 5 Branching Random Walks and Searching in Trees Feb 7 Feb 12 Small-scale Hydrodynamics: Microfluidics and Thin Films Feb 14 Feb 19 Convex Algebraic Geometry Feb 21 Feb 26 Some Mathematical Problems of Material Science Feb 28 Mar 5 Randomization, Relaxation and Complexity Mar 7 Mar 12 Quasi-Isometric Rigidity in Low-Dimensional Topology Mar 7 Mar 12 (0,2) Mirror Symmetry and Heterotic Gromov-Witten Invariants Mar 14 Mar 19 Geometric Scattering Theory and Applications Mar 21 Mar 26 Deterministic and Stochastic Front Propagation Mar 28 Apr 2 Volume Inequalities Apr 4 Apr 9 Coordinated Mathematical Modeling of Internal Waves Apr 11 Apr 16 Generalized Complex and Holomorphic Poisson Geometry Apr 18 Apr 23 Optimal Transportation and Applications Apr 25 Apr 30 Character Varieties in the Geometry and Topology of Low-Dimensional Manifolds May 2 May 7 Functional Data Analysis: Future Directions May 2 May 7 Creative Writing in Mathematics and Science May 9 May 14 Nonlinear Diffusions and Entropy Dissipation: From Geometry to Biology May 16 May 21 Inverse Transport Theory and Tomography May 23 May 28 Self-assembly of Block Copolymers: Theoretical Models and Mathematical -
Booklet (Page 1)
I NSTITUTE for ADVANCED STUDY 2006–2007 FACULTY AND MEMBERS PRINCETON • NEW JERSEY I NSTITUTE FOR ADVANCED STUDY Since its founding, the Institute has maintained a policy of non-discrimination. It is fundamental in our purpose, and our express desire, that in the appointments to the staff and faculty, as well as in the admission of workers and students, no account shall be taken, directly or indirectly, of race, religion, or sex. We feel strongly that the spirit characteristic of America at its noblest, above all the pursuit of higher learning, cannot admit of any conditions as to personnel other than those designed to pro- mote the objects for which this institution is established, and particularly with no regard whatever to accidents of race, creed, or sex. —Louis Bamberger and Caroline Bamberger Fuld, in a letter, dated June 4, 1930, to the Institute’s Trustees. 2 I NSTITUTE FOR ADVANCED STUDY CONTENTS Institute Mission and History . 4 School of Historical Studies . 6 School of Mathematics . 24 School of Natural Sciences . 43 School of Social Science . 58 Program in Interdisciplinary Studies . 68 Artist-in-Residence Program . 70 Director’s Visitors . 71 Trustees and Officers of the Board and of the Corporation . 72 Administration . 76 Past Directors and Faculty . 79 Index . 80 3 I NSTITUTE FOR ADVANCED STUDY INSTITUTE FOR ADVANCED STUDY MISSION AND HISTORY The Institute for Advanced Study is one of the world’s leading centers for theoretical research and intellectual inquiry. The Institute exists to encourage and support fundamental scholarship—the original, often speculative, thinking that produces advances in knowledge. -
The Shape of Inner Space Provides a Vibrant Tour Through the Strange and Wondrous Possibility SPACE INNER
SCIENCE/MATHEMATICS SHING-TUNG $30.00 US / $36.00 CAN Praise for YAU & and the STEVE NADIS STRING THEORY THE SHAPE OF tring theory—meant to reconcile the INNER SPACE incompatibility of our two most successful GEOMETRY of the UNIVERSE’S theories of physics, general relativity and “The Shape of Inner Space provides a vibrant tour through the strange and wondrous possibility INNER SPACE THE quantum mechanics—holds that the particles that the three spatial dimensions we see may not be the only ones that exist. Told by one of the Sand forces of nature are the result of the vibrations of tiny masters of the subject, the book gives an in-depth account of one of the most exciting HIDDEN DIMENSIONS “strings,” and that we live in a universe of ten dimensions, and controversial developments in modern theoretical physics.” —BRIAN GREENE, Professor of © Susan Towne Gilbert © Susan Towne four of which we can experience, and six that are curled up Mathematics & Physics, Columbia University, SHAPE in elaborate, twisted shapes called Calabi-Yau manifolds. Shing-Tung Yau author of The Fabric of the Cosmos and The Elegant Universe has been a professor of mathematics at Harvard since These spaces are so minuscule we’ll probably never see 1987 and is the current department chair. Yau is the winner “Einstein’s vision of physical laws emerging from the shape of space has been expanded by the higher them directly; nevertheless, the geometry of this secret dimensions of string theory. This vision has transformed not only modern physics, but also modern of the Fields Medal, the National Medal of Science, the realm may hold the key to the most important physical mathematics. -
NSTITUTE TUDY DVANCED For
C. N. YANG YANG N. C. SHING-TUNG YAU SHING-TUNG • www.ias.edu FRANK WILCZEK WILCZEK FRANK ERNEST LLEWELLYN WOODWARD LLEWELLYN ERNEST • PRINCETON, NEW JERSEY NEW PRINCETON, EINSTEIN DRIVE EINSTEIN ANDRÉ WEIL WEIL ANDRÉ HASSLER WHITNEY HASSLER WEYL HERMANN • • ROBERT B. WARREN B. ROBERT NEUMANN von JOHN VEBLEN OSWALD • • BENGT G. D. STRÖMGREN STRÖMGREN D. G. BENGT KIRK VARNEDOE KIRK THOMPSON A. HOMER • • KENNETH M. SETTON SETTON M. KENNETH WALTER W. STEWART W. WALTER SIEGEL L. CARL • • WINFIELD W. RIEFLER RIEFLER W. WINFIELD ATLE SELBERG ATLE ROSENBLUTH N. MARSHALL • • ABRAHAM PAIS PAIS ABRAHAM TULLIO E. REGGE E. TULLIO PANOFSKY ERWIN • • DEANE MONTGOMERY MONTGOMERY DEANE J. ROBERT OPPENHEIMER ROBERT J. MORSE MARSTON • • BENJAMIN D. MERITT MERITT D. BENJAMIN DAVID MITRANY DAVID MILNOR W. JOHN • • ELIAS A. LOWE LOWE A. ELIAS MILLARD MEISS MILLARD Jr. MATLOCK, F. JACK • • ERNST H. KANTOROWICZ KANTOROWICZ H. ERNST T. D. LEE D. T. KENNAN F. GEORGE • • HARISH-CHANDRA HARISH-CHANDRA LARS V. HÖRMANDER HÖRMANDER V. LARS HERZFELD ERNST • • FELIX GILBERT GILBERT FELIX HETTY GOLDMAN HETTY GÖDEL KURT GILLIAM F. JAMES • • • ALBERT EINSTEIN EINSTEIN ALBERT CLIFFORD GEERTZ GEERTZ CLIFFORD ELLIOTT H. JOHN • • JOSÉ CUTILEIRO JOSÉ EDWARD M. EARLE M. EDWARD DASHEN F. ROGER • • LUIS A. CAFFARELLI A. LUIS MARSHALL CLAGETT MARSHALL CHERNISS F. HAROLD • • ARMAND BOREL ARMAND BEURLING A. K. ARNE BAHCALL N. JOHN • • MICHAEL F. ATIYAH F. MICHAEL ALFÖLDI Z. E. ANDREW ALEXANDER W. JAMES • • 2007-2008 PAST FACULTY PAST M F EMBERS AND ACULTY PHILLIP A. GRIFFITHS A. PHILLIP MARVIN L. GOLDBERGER GOLDBERGER L. MARVIN • S A for TUDY DVANCED HARRY WOOLF HARRY KAYSEN CARL J. -
2014 Eisenbud Prize for Mathematics and Physics
2014 Eisenbud Prize for Mathematics and Physics Gregory W. Moore was awarded Biographical Sketch the 2014 Leonard Eisenbud Prize Gregory W. Moore received his A.B. in physics from for Mathematics and Physics at the Princeton University in 1982 and his Ph.D. in phys- 120th Annual Meeting of the AMS in ics from Harvard University in 1985. He then joined Baltimore, Maryland, in January 2014. the Harvard Society of Fellows and in 1987 became a five-year member at the Institute for Advanced Citation Study (IAS) in Princeton. In 1989 he joined the The 2014 Leonard Eisenbud Prize for faculty at Yale University. He moved to the Depart- Mathematics and Physics is awarded ment of Physics and Astronomy at Rutgers Univer- to Gregory W. Moore for his group sity in 2000. He has held visiting professorships of works on the structure of four- at the Kalvi Institute for Theoretical Physics (KITP) Gregory W. Moore dimensional supersymmetric theories in Santa Barbara, California, and at the IAS. The with extended supersymmetry. His Inspire HEP database lists 170 papers coauthored works on supersymmetric solitons in a variety by Professor Moore on physical mathematics, with of contexts—including black holes in supergrav- an emphasis on geometrical structures in physics. ity, branes in string theory, and monopoles in Most notably he has worked on rational conformal gauge theory—have led to an explanation of the field theories (with applications to condensed mat- wall-crossing phenomena in the BPS spectrum. ter physics), two-dimensional quantum gravity and Moore’s research has injected new physical ideas matrix models, topological field theories, string and created new constructions in the mathematical dualities and D-branes, applications of K-theory to fields of cluster algebras, integrable systems, and string theory, connections between number theory hyperkähler geometry. -
Curriculum Vitae
Curriculum Vitae Jacques Distler Work: Home: Physics Department 7522 Stonecliff Drive University of Texas at Austin Austin, TX 78731 RLM 9.218A, Mailstop C1600 1 University Station Austin, TX 78712 Phone: (512) 471{2950 email: [email protected] Positions Held 2001{present Professor, University of Texas at Austin. Spring 2001 Visiting Fellow, ITP, UC Santa Barbara. 1996{2001 Associate Professor, University of Texas at Austin. 1994{1996 Assistant Professor, University of Texas at Austin. Spring 1993 Visiting Fellow, ITP, UC Santa Barbara. 1989{1994 Assistant Professor, Princeton University. 1987{1989 Postdoctoral Research Associate, Cornell University. Education 1987 Ph.D., Physics, Harvard University. 1982 A.B., Physics, cum laude, Harvard University. Grants and Fellowships 2007-present BSF Grant #2006157 (co-PI) 2010{present NSF Grant PHY-0969020 (co-PI) 2005{2010 NSF Grant PHY-0455649 (co-PI) Jacques Distler 2 Spring 2001 Faculty Research Award, University of Texas 2000{2005 NSF Grant PHY-0071512 (co-PI) 1993{1997 Sloan Foundation Fellowship 1995{2000 NSF Grant PHY-9511632 (co-PI) 1996 NSF Grant PHY-9540306 supplement (PI) 1995 Summer Research Award, University of Texas Colloquia and Invited Lectures (recent) August, 2009 Workshop on \(0,2) Mirror Symmetry and Quantum Sheaf Cohomol- ogy," Albert Einstein Institute, Potsdam, Germany. May, 2009 CBMS conference conference on \Topology, C∗-algebras, and String Duality," TCU, Ft. Worth TX. September, 2008 Perimeter Institute conference on \Science in the 21st Century," Wa- terloo Canada. July, 2008 Simons Workshop in Mathematics and Physics, SUNY Stony Brook. June, 2008 BIRS Workshop on \Emerging Directions in String Theory," Banff Canada. -
January 2014 Prizes and Awards
January 2014 Prizes and Awards 4:25 P.M., Thursday, January 16, 2014 PROGRAM SUMMARY OF AWARDS OPENING REMARKS FOR AMS Bob Devaney, President AWARD FOR DISTINGUISHED PUBLIC SERVICE: PHILIP KUTZKO Mathematical Association of America BÔCHER MEMORIAL PRIZE: SIMON BRENDLE AWARD FOR DISTINGUISHED PUBLIC SERVICE LEVI L. CONANT PRIZE: ALEX KONTOROVICH American Mathematical Society JOSEPH L. DOOB PRIZE: CÉDRIC VILLANI BÔCHER MEMORIAL PRIZE FRANK NELSON COLE PRIZE IN NUMBER THEORY: YITANG ZHANG, AND DANIEL GOLDSTON, JÁNOS American Mathematical Society PINTZ, AND CEM Y. YILDIRIM EONARD ISENBUD RIZE FOR ATHEMATICS AND HYSICS REGORY OORE FRANK NELSON COLE PRIZE IN NUMBER THEORY L E P M P : G W. M American Mathematical Society LEROY P. STEELE PRIZE FOR LIFETIME ACHIEVEMENT: PHILLIP A. GRIFFITHS LEROY P. STEELE PRIZE FOR MATHEMATICAL EXPOSITION: DMITRI Y. BURAGO, YURI D. BURAGO, AND LEVI L. CONANT PRIZE SERGEI V. IVANOV American Mathematical Society LEROY P. STEELE PRIZE FOR SEMINAL CONTRIBUTION TO RESEARCH: LUIS A. CAFFARELLI, ROBERT KOHN, LEONARD EISENBUD PRIZE FOR MATHEMATICS AND PHYSICS AND LOUIS NIRENBERG American Mathematical Society FOR AMS-MAA-SIAM DEBORAH AND FRANKLIN TEPPER HAIMO AWARDS FOR DISTINGUISHED COLLEGE OR UNIVERSITY TEACHING OF MATHEMATICS FRANK AND BRENNIE MORGAN PRIZE FOR OUTSTANDING RESEARCH IN MATHEMATICS BY Mathematical Association of America AN UNDERGRADUATE STUDENT: ERIC LARSON EULER BOOK PRIZE FOR AWM Mathematical Association of America LOUISE HAY AWARD FOR CONTRIBUTIONS TO MATHEMATICS EDUCATION: SYBILLA BECKMANN CHAUVENET PRIZE M. GWENETH HUMPHREYS AWARD FOR MENTORSHIP OF UNDERGRADUATE WOMEN IN MATHEMATICS: Mathematical Association of America WILLIAM YSLAS VÉLEZ ALICE T. SCHAFER PRIZE FOR EXCELLENCE IN MATHEMATICS BY AN UNDERGRADUATE WOMAN ALICE T. -
Bois-Marie INSTITUTDESHAUTESÉTUDESSCIENTIFIQUES
NEWSLETTER - 2012 bois-marie INSTITUTDESHAUTESÉTUDESSCIENTIFIQUES editorial Not so long ago, opening the history of mathematics,which attracted over 80 000 visitors, mathematics to everyone was will prompt other initiatives with a similar scope, to help the a challenge that felt very general public dare look at mathematics without fear and with daunting.This science fascinates us as much as it scares us,sitting pleasure. as it does at the intersection of so many paths we walk down IHÉS has been carrying out a complementary project since every day: technological progress, philosophical enquiry, September 2011, aimed at high school and university students. educational strategies. This fascination and fright can be The Tour de France des déchiffreurs has travelled in approximately explained by the fact that mathematics challenges us, throwing twenty French towns; thousands of people have been able to back to us our lack of understanding of the world around us. discover fundamental research in mathematics and theoretical However, mathematics is very much with us, very real and physicists from a fresh perspective.A more modest undertaking present everywhere, so closely woven in the fabric of our daily in terms of resources, it was also a great success. Because the life that we don’t notice it. Lying in wait in its abstraction, its general public is obviously curious about mathematics, IHÉS very first rampart of defence, it does not reveal itself easily and will continue its efforts to try and inspire young people and to its beauty is only known by mathematicians. firmly establish the presence of fundamental research in the And yet, it was the wish of the mathematical community to public sphere. -
NOT EVEN WRONG Tells a Fascinating and Complex Story About Human
NOT EVEN WRONG tells a fascinating and complex story about human beings and their attempts to come to grips with perhaps the most intellectually demanding puzzle of all: how does the universe work at its most fundamental level? The story begins with an historical survey of the experimental and theoretical developments that led to the creation of the phenomenally successful 'Standard Model' of particle physics around 1975. But, despite its successes, the Standard Model left a number of key questions unanswered and physicists therefore continued in their attempt to find a powerful, all-encompassing theory. Now, more than twenty years after coming onto the scene, and despite a total lack of any success in going beyond the Standard Model, it is superstring theory that dominates particle physics. How this extraordinary situation has come about is a central concern of this book. As Peter Woit explains, the term 'superstring theory' really refers not to a well-defined theory, but to unrealised hopes that one might exist. As a result, this is a 'theory' that makes no predictions, not even wrong ones, and this very lack of falsifiability has allowed it not only to survive but to flourish. The absence of experimental evidence is at the core of this controversial situation in physics - a situation made worse by a refusal to challenge conventional thinking and an unwillingness to evaluate honestly the arguments both for and against string theory. To date, only the arguments of the theory's advocates have received much publicity. NOT EVEN WRONG will provide readers with another side of this story, allowing them to decide for themselves where the truths of the matter may lie and to follow an important and compelling story as it continues to unfold. -
Andrew Neitzke
Andrew Neitzke Department of Mathematics The University of Texas at Austin 1 University Station, C1200 Austin, TX 78712, USA Email: [email protected] Education 2000–2005 Harvard University: Ph.D. in Physics. Thesis entitled: “Toward a Nonperturbative Topological String,” advised by Professor Cumrun Vafa. Viva date: July 2005. 1999–2000 Cambridge University: Research supervised by Dr. Matthias Gaberdiel and Professor Peter Goddard. 1998–1999 Cambridge University: Certificate of Advanced Study in Mathematics (Part III of the Mathematical Tripos), with distinction. 1994–1998 Princeton University: A.B. Degree in Mathematics. Employment 2010– University of Texas at Austin, Department of Mathematics: Assistant Professor. 2008–2009 Harvard University, Department of Physics: Postdoctoral researcher. 2005–2008 Institute for Advanced Study, Princeton: Member. Awards and grants 2010 National Science Foundation grant 1006046 (DMS, Geometric Analysis): “Supersymmetric Gauge Theory, Donaldson-Thomas Invariants and Hyperkahler¨ Geometry.” 2000 NDSEG Graduate Fellowship. 1998 British Marshall Scholarship. 1998 Valedictorian, Princeton University, Class of 1998. Teaching Spring 2011 M 392C (Complex Geometry), University of Texas, Austin. Fall 2010 M 340L (Matrices and Matrix Calculations), University of Texas, Austin. Spring 2010 M 408L (Integral Calculus), University of Texas, Austin. Refereed publications D. Gaiotto, A. Neitzke and Y. Tachikawa, “Argyres-Seiberg duality and the Higgs branch,” Commun. Math. Phys. 294 (2009) 389–410, arXiv:0810.4541. D. Gaiotto, G. Moore and A. Neitzke, “Four-dimensional wall-crossing via three-dimensional field theory,” Commun. Math. Phys. 299 (2010) 163–224, arXiv:0807.4723. A. Neitzke and J. Walcher, “Background independence and the open topological string wave function,” in From Hodge theory to integrability and TQFT (2008), American Mathematical Society, arXiv:0709.2390. -
Mathematics People
Mathematics People physics, and molecular biology.” According to the prize 2016–2017 citation, “Vazquez is a pioneer in an emerging field called Centennial DNA topology, which applies pure math to untangle the biological mysteries of DNA. Application areas of her Fellowship Awarded research include cancer treatment, drug design, under- The AMS has awarded its Centennial standing genome rearrangements after radiation damage Fellowship for 2016–2017 to Eyal or in cancer, and gaining insight into how genomes pack- Lubetzky. The fellowship carries a age in viruses and within cells and into how viral DNA stipend of US$89,000, an expense (e.g., retroviruses, such as HIV) integrates into the host Photo courtesy of Eyal Lubetzky. allowance of US$8,900, and a com- genome.” She received her PhD in mathematical biology Eyal Lubetzky plimentary Society membership for from Florida State University in 2000. She has been the one year. recipient of NSF CAREER (2011) and PECASE (2012) awards Lubetzky is associate professor at the Courant In- and is passionate about working to increase diversity in stitute of Mathematical Sciences, New York University. the mathematical sciences at all levels. Mariel is married His main research interests are probability theory and combinatorics, with an emphasis on interacting particle to Javier Arsuaga, also a mathematical biologist with deep systems, random networks, and stochastic processes commitment to increasing diversity in the mathematical arising from statistical physics. He joined the Courant sciences. Together with their two children they enjoy fre- Institute in fall 2014, after being a senior researcher in quent visits to San Francisco and its museums, and love the Theory Group of Microsoft Research, Redmond, WA, exploring the nearby Sierra Nevada.