Talks

• Conferences
• Seminars
• General audience
• Activism

Conferences

• [UMSM20]: Crystalline ordering in hard-core lattice particle systems
  Uniqueness methods in Statistical Mechanics, online, Dec 15 2020
  pdf, source


• [SIAM20]: An Effective Equation To Study Bose Gasses At All Densities
  SIAM Texas-Louisiana Sectionnal Meeting, Mini-Symposium on Spectral Theory and Mathematical Physics, Oct 17 2020
  pdf, source


• [AMS20]: Liquid crystals and the Heilmann-Lieb model
  AMS Falls Eastern Sectional Meeting: Special session on Recent Probabilistic Advances in Mathematical Physics, Oct 03 2020
  pdf, source


• [GLaMP19]: Lieb's simplified approach to interacting Bose gases
  Great Lakes Mathematical Physics Meeting 2019, Oberlin, Ohio, USA, Jun 29 2019
  pdf, source


• [HF19]: Time-evolution of electron emission from a metal surface
  Mathematical Physics at the Crossings, VirginiaTech, Virginia, USA, May 24 2019
  pdf, source


• [SMM19]: Solution of the time dependent Schrödinger equation for photoemission from a metal surface
  121st Statistical Mechanics Meeting, Rutgers University, New Jersey, USA, May 14 2019
  pdf, source


• [ICMP18]: Liquid Crystals and the Heilmann-Lieb model
  ICMP 2018, Montreal, Quebec, Canada, Jul 27 2018
  pdf, source


• [EL18]: Dimers, spins and loops; transfer matrices, the TL algebra and emerging Fermions
  Conference celebrating Elliott Lieb's work, Princeton University, New Jersey, USA, Apr 04 2018
  pdf, source


• [MCQM18]: Nematic liquid crystal phase in a system of interacting dimers
  Mathematical Challenges in Quantum Mechanics 2018, Rome, Italy, Feb 23 2018
  pdf, source


• [SMM17]: Nematic liquid crystal phase in a system of interacting dimers
  118th Statistical Mechanics Meeting, Rutgers University, New Jersey, USA, Dec 17 2017
  pdf, source


• [GLaMP17]: Crystalline ordering and large-fugacity expansion for hard-core lattice particle systems
  Great Lakes Mathematical Physics Meeting 2017, East Lansing, Michigan, USA, Jun 24 2017
  pdf, source


• [QMa16]: Ground state construction of bilayer graphene
  Qmath13, GeorgiaTech, Atlanta, Georgia, USA, Oct 09 2016
  pdf, source


• [Obe16]: Ground state construction of bilayer graphene
  Oberwolfach Workshop 1637, Germany, Sep 12 2016
  pdf, source


• [Tr16]: A Pfaffian formula for monomer-dimer partition functions
  Geometric and Analytic Theory of Hamiltonian Systems in Finite and Infinite Dimensions, SISSA, Trieste, Italy, Jan 19 2016
  pdf, source


• [ICMP15]: Non-perturbative renormalization group in a hierarchical Kondo model
  XVIII International Congress of Mathematical Physics, Santiago, Chile, Jul 30 2015
  pdf, source


• [TQMS15]: Non-perturbative renormalization group in a hierarchical Kondo model
  Trails in Quantum Mechanics and Surroundings, Como, Italy, Jul 09 2015
  pdf, source

Seminars

• [LMU21]: An effective equation to study Bose gases at all densities
  Ludwig Maximilian University, Munich, Germany, Apr 28 2021
  pdf, source


• [Ye21]: An effective equation to study Bose gases at all densities
  Yeshiva University, New York, NY, USA, Apr 07 2021
  pdf, source


• [Ja21]: An effective equation to study Bose gases at all densities
  Jacobs University, Bremen, Germany, Apr 01 2021
  pdf, source


• [Pe21]: An effective equation to study Bose gases at all densities
  Penn State, University Park, Pennsylvania, USA, Mar 12 2021
  pdf, source


• [MC21]: Many interacting quantum particles: open problems, and a new point of view on an old problem
  Mathematical Conversations, Institute for Advanced Study, Princeton, NJ, USA, Mar 10 2021
  pdf, source


• [Cop21]: An effective equation to study Bose gasses at all densities
  University of Copenhagen, Denmark, Jan 13 2021
  pdf, source


• [Rut20]: Analysis of a non-linear, non-local PDE to study Bose gases at all densities
  Rutgers University, New Brunswick, New Jersey, USA, Dec 16 2020
  pdf, source


• [TAMU20b]: A new approach to the Mathematics of the Bose gas
  Texas A&M, College Station, Texas, USA, Nov 30 2020
  pdf, source


• [IAMP20]: An effective equation to study Bose gasses at all densities
  International Association of Mathematical of Mathematical Physics, One World Seminars, Sep 22 2020
  pdf, source


• [HaHU20]: Crystalline ordering in hard-core lattice particle systems
  Harvard University, Cambridge, Massachusetts, USA, Aug 05 2020
  pdf, source


• [TAMU20]: A simple equation to study interacting Bose gasses
  Texas A&M, College Station, Texas, USA, May 15 2020
  pdf, source


• [HaRM20]: A simplified approach to interacting Bose gases
  Harvard University, Cambridge, Massachusetts, USA, Apr 01 2020
  pdf, source


• [HaMPS20]: Liquid crystals and the Heilmann-Lieb model
  Harvard University, Cambridge, Massachusetts, USA, Mar 31 2020
  video, pdf, source


• [To20]: A simplified approach to interacting Bose gases
  University of Toronto, Ontario, Canada, Mar 06 2020
  pdf, source


• [Pr20]: A simplified approach to interacting Bose gases
  Princeton University, New Jersey, USA, Mar 03 2020
  video, pdf, source


• [VATech20]: A simplified approach to interacting Bose gases
  VirginiaTech, Blacksburg, Virginia, USA, Feb 14 2020
  pdf, source


• [Davis20]: A simplified approach to interacting Bose gases
  UC Davis, California, USA, Feb 06 2020
  pdf, source


• [GaTech20]: A simplified approach to interacting Bose gases
  GeorgiaTech, Atlanta, Georgia, USA, Jan 21 2020
  pdf, source


• [UBC20col]: Liquid crystals and the Heilmann-Lieb model
  University of British Columbia, Vancouver, British Columbia, Canada, Jan 10 2020
  pdf, source


• [UBC20]: A simplified approach to interacting Bose gases
  University of British Columbia, Vancouver, British Columbia, Canada, Jan 09 2020
  pdf, source


• [MSU19]: Time-evolution of electron emission from a metal surface
  Michigan State University, East Lansing, Michigan, USA, May 02 2019
  pdf, source


• [GT19]: Field electron emission and the Fowler-Nordheim equation
  GeorgiaTech, Atlanta, Georgia, USA, Feb 22 2019
  pdf, source


• [Pr18b]: Field electron emission and the Fowler-Nordheim equation
  Princeton University, New Jersey, USA, Nov 13 2018
  pdf, source


• [Yal18]: Liquid crystals and the Heilmann-Lieb model
  Yale University, New Haven, Connecticut, USA, Oct 11 2018
  pdf, source


• [Har18]: Liquid crystals and the Heilmann-Lieb model
  Harvard University, Boston, Massachusetts, USA, Oct 03 2018
  pdf, source


• [Rut18]: Solution of time-dependent Schrodinger equation for field emission
  Rutgers University, New Jersey, USA, Sep 27 2018
  pdf, source


• [VT18]: Liquid Crystals and the Heilmann-Lieb model
  VirginiaTech, Virginia, USA, Mar 21 2018
  pdf, source


• [Pr18]: Crystalline ordering and large-fugacity expansion for hard-core lattice particle systems
  Princeton University, New Jersey, USA, Feb 06 2018
  pdf, source


• [GT17]: Nematic liquid crystal phase in a system of interacting dimers
  GeorgiaTech, Atlanta, Georgia, USA, Nov 28 2017
  pdf, source


• [IASm17]: High density phases of hard-core lattice particle systems
  Member seminar, Institute for Advanced Study, Princeton, New Jersey, USA, Oct 30 2017
  video, pdf, source


• [Rut17]: High density phases of hard-core lattice particle systems
  Rutgers University, Princeton, New Jersey, USA, Oct 26 2017
  pdf, source


• [IAS17]: Nematic liquid crystal phase in a system of interacting dimers
  Institute for Advanced Study, Princeton, New Jersey, USA, Oct 25 2017
  video


• [IASp17]: Liquid crystals and interacting dimers
  Postdoctoral talks, Institute for Advanced Study, Princeton, New Jersey, USA, Sep 29 2017
  video, pdf, source


• [Pri17]: Ground state construction of bilayer graphene
  Princeton University, New Jersey, USA, Mar 30 2017
  pdf, source


• [Rut16]: Emergence of a nematic phase in a system of hard plates
  Rutgers University, USA, Sep 22 2016
  pdf, source


• [IAS16]: Strong-coupling renormalization group in the hierarchical Kondo model
  Institute for Advanced Study, Princeton, USA, Sep 21 2016
  video, pdf, source


• [Zur16]: Strong-coupling renormalization group in a hierarchical Kondo model
  University of Zurich, Switzerland, Mar 24 2016
  pdf, source


• [PhD16]: The renormalization group in the weak- and strong-coupling regimes
  PhD defense, University of Rome "Sapienza", Rome, Italy, Jan 22 2016
  pdf, source


• [Co16]: A Pfaffian formula for monomer-dimer partition functions
  Copenhagen University, Denmark, Jan 13 2016
  pdf, source


• [Rut15]: Non-perturbative renormalization group in a hierarchical Kondo model
  Rutgers University, USA, Sep 03 2015
  pdf, source

General audience

• [Id18]: Liquid crystals: order upon disorder
  Celebrating Ideas 2017-18, Institute for Advanced Study, Princeton, New Jersey, USA, Apr 26 2018
  video


• [LwM18]: Liquid crystals and the Heilmann-Lieb conjecture
  Lunch with a Member (IAS Friends), Institute for Advanced Study, Princeton, New Jersey, USA, Apr 06 2018
  video


• [LwM17]: Mathematics and Music: Vibrating Strings and Overtones
  Lunch with a Member, Institute for Advanced Study, Princeton, NJ, USA, Mar 03 2017
  video

Activism

• [HR-SMM120]: Human Rights session
  120th Statistical Mechanics Meeting, Rutgers, New Jersey, USA, Dec 18 2018
  pdf


• [HR-ICMP18]: Human rights session
  ICMP 2018, Montreal, Quebec, Canada, Jul 27 2018
  pdf