| Name | Description | Owner | Idle |
|---|
| Interacting Bosons at intermediate densities | Rutgers University, New Jersey, USA | | 14 months |
| High density phases of hard-core lattice particle systems | Rutgers University, Princeton, New Jersey, USA, 2017-10-26 | | 7 years |
| A simplified approach to interacting Bose gases | UC Davis, California, USA, 2020-02-06 | | 4 years |
| Lieb's simplified approach to interacting Bose gases | Great Lakes Mathematical Physics Meeting 2019, Oberlin, Ohio, USA, 2019-06-29 | | 5 years |
| A simplified approach to interacting Bose gases | Princeton University, New Jersey, USA, 2020-03-03 | | 4 years |
| Liquid crystals and the Heilmann-Lieb model | University of British Columbia, Vancouver, British Columbia, Canada, 2020-01-10 | | 4 years |
| A simplified approach to interacting Bose gases | Harvard University, Cambridge, Massachusetts, USA, 2020-04-01 | | 4 years |
| Analysis of a non-linear, non-local PDE to study Bose gases at all densities | Rutgers University, New Brunswick, New Jersey, USA, 2020-12-16 | | 3 years |
| Strong-coupling renormalization group in a hierarchical Kondo Model | University of Zurich, 2016-03-24 | | 7 years |
| Bell's inequalities and non-locality | Online Graduate Mathematical Physics Seminar, Rutgers University, New Jersey, US... | | 15 months |
| An effective equation to study Bose gases at all densities | Milan University, Italy, 2021-02-21 | | 2 years |
| Liquid crystals and the Heilmann-Lieb model | Harvard University, Cambridge, Massachusetts, USA, 2020-03-31 | | 4 years |
| Human rights session | ICMP 2018, Montreal, Quebec, Canada, 2018-07-27 | | |
| Dimers, spins and loops; transfer matrices, the TL algebra and emerging Fermions | Conference celebrating Elliott Lieb's work, Princeton University, New Jersey, US... | | 6 years |
| An effective equation to study Bose gasses at all densities | University of Copenhagen, Denmark, 2021-01-13 | | 3 years |
| A simple equation to study interacting Bose gasses | Texas A&M, College Station, Texas, USA, 2020-05-15 | | 4 years |
| Liquid crystals and the Heilmann-Lieb model | Harvard University, Boston, Massachusetts, USA, 2018-10-03 | | 6 years |
| A simplified approach to interacting Bose gases | GeorgiaTech, Atlanta, Georgia, USA, 2020-01-21 | | 4 years |
| Kondo effect in a fermionic hierarchical model | Benfatto Gallavotti Jauslin 2015 | | 7 years |
| The Hierarchical Graphene model | Jauslin 2022 | | 14 months |
| Liquid crystals and the Heilmann-Lieb conjecture | 2017 | | |
| Review of a Simplified Approach to study the Bose gas at all densities | Jauslin 2022 | | 2 years |
| Evidence of a liquid phase in interacting Bosons at intermediate densities | Jauslin 2023b | | 14 months |
| Analysis of a simple equation for the ground state energy of the Bose gas | Carlen, Jauslin, Lieb, 2019 | | 3 years |
| Kondo effect in the hierarchical s-d model | Gallavotti Jauslin 2015 | | 7 years |
| Plate-nematic phase in three dimensions | Disertori, Giuliani, Jauslin, 2018 | | 6 years |
| Liquid Crystals and the Heilmann-Lieb model | Jauslin - IAMP bulletin, April 2018 | | 6 years |
| Crystalline ordering and large fugacity expansion for hard core lattice particles | Jauslin Lebowitz 2017 | | 7 years |
| High-fugacity expansion and crystalline ordering for non-sliding hard-core lattice particle systems | Jauslin Lebowitz 2017 (B) | | 6 years |
| A simplified approach to the repulsive Bose gas from low to high densities and its numerical accuracy | Carlen, Holzmann, Jauslin, Lieb 2020 | | 3 years |
| Liquid Crystals and the Heilmann-Lieb conjecture | Jauslin - The Institute Letter, Fall 2017 | | 6 years |
| On the convolution inequality f>f*f | Carlen, Jauslin, Lieb, Loss, 2020 | | 3 years |
| Nematic liquid crystal phase in a system of interacting dimers and monomers | Jauslin Lieb 2017 | | 6 years |
| The Simplified approach to the Bose gas without translation invariance | Jauslin 2023 | | 14 months |
| A Theorem on Ellipses, an Integrable System and a Theorem of Boltzmann | Gallavotti, Jauslin, 2020 | | 4 years |
| Non-perturbative Solution of the 1d Schrodinger Equation Describing Photoemission from a Sommerfeld model Metal by an Oscillating Field | Costin Costin Jauslin Lebowitz 2022 | | 19 months |
| A Pfaffian formula for monomer-dimer partition functions | Giuliani Jauslin Lieb 2015 | | 7 years |
| Solution of the time dependent Schrodinger equation leading to Fowler-Nordheim field emission | Costin, Costin, Jauslin, Lebowitz, 2018 | | 5 years |
| Analysis of a simple equation for the ground state of the Bose gas II: Monotonicity, Convexity and Condensate Fraction | Carlen, Jauslin, Lieb 2020 | | 3 years |
| PhD thesis: The renormalization group, in the weak- and strong-coupling regimes | Ian Jauslin 2015 | | 7 years |
| The ground state construction of bilayer graphene | Giuliani Jauslin 2015 | | 7 years |
| Exact solution of the Schrodinger equation for photoemission from a metal | Costin, Costin, Jauslin, Lebowitz, 2019 | | 4 years |
| simplesolv | Solve the equations in the Simplified approach to the Bose gas | Ian Jauslin | 14 months |
| nstrophy-dev | Solve the two-dimensional Navier-Stokes equation | Ian Jauslin | 12 months |
| meankondo | Compute and manipulate flow equations for fermionic hierarchical models | Ian Jauslin | 23 months |
| pdfPresentation | Display pdf presentations on multiple screens | Ian Jauslin | 7 years |
