AMS Sectional Meeting Unscheduled Events

Current as of Sunday, July 20, 2025 03:30:05

2025 Fall Eastern Virtual Sectional Meeting

  • Virtual, Virtual,
  • October 25-26, 2025 (Saturday - Sunday)
  • Meeting #1212

Associate Secretary for the AMS Scientific Program:

Benjamin A. Lotto, lotto@vassar.edu

Please note room assignments are subject to change right up until the meeting occurs. The program published here is continually updated.

Unscheduled

  • Unscheduled
    Special Session on Advances in Non-Associative Rings and Algebras, I
    This Special Session will focus on recent developments in the theory of non-associative algebras and rings, including their generalizations, connections to associative structures, structural theory, applications, and links to other areas of mathematics. We aim to bring together researchers to share ideas, results, and open problems.
    Organizers:
    Layla H.M. Sorkatti, Southern Illinois University layla.sorkatti@bath.edu

  • Unscheduled
    Special Session on Advances in Non-Associative Rings and Algebras, II
    This Special Session will focus on recent developments in the theory of non-associative algebras and rings, including their generalizations, connections to associative structures, structural theory, applications, and links to other areas of mathematics. We aim to bring together researchers to share ideas, results, and open problems.
    Organizers:
    Layla H.M. Sorkatti, Southern Illinois University layla.sorkatti@bath.edu

  • Unscheduled
    Special Session on Advances in Non-Associative Rings and Algebras, III
    This Special Session will focus on recent developments in the theory of non-associative algebras and rings, including their generalizations, connections to associative structures, structural theory, applications, and links to other areas of mathematics. We aim to bring together researchers to share ideas, results, and open problems.
    Organizers:
    Layla H.M. Sorkatti, Southern Illinois University layla.sorkatti@bath.edu

  • Unscheduled
    Special Session on Advances in Non-Associative Rings and Algebras, IV
    This Special Session will focus on recent developments in the theory of non-associative algebras and rings, including their generalizations, connections to associative structures, structural theory, applications, and links to other areas of mathematics. We aim to bring together researchers to share ideas, results, and open problems.
    Organizers:
    Layla H.M. Sorkatti, Southern Illinois University layla.sorkatti@bath.edu

  • Unscheduled
    Special Session on Advances in Quantum Topology, Tensor Categories, and Diagrammatic Algebras, I
    Jones' discovery of the Jones polynomial revolutionized knot theory. Reshetikhin and Turaev linked the Jones polynomial to quantum groups, while Witten provided a Chern--Simons theory perspective. Kauffman introduced a diagrammatic approach inspired by statistical mechanics. Skein modules have since connected quantum topology with algebraic geometry, cluster algebras, and representation theory. Our session aims to unite researchers in quantum topology, tensor categories, and skein algebras.
    Organizers:
    Melody Molander, UC Santa Barbara melmolander@gmail.com
    Anup Poudel, The Ohio State University
    Rhea Palak Bakshi, UC Santa Barbara

  • Unscheduled
    Special Session on Advances in Quantum Topology, Tensor Categories, and Diagrammatic Algebras, II
    Jones' discovery of the Jones polynomial revolutionized knot theory. Reshetikhin and Turaev linked the Jones polynomial to quantum groups, while Witten provided a Chern--Simons theory perspective. Kauffman introduced a diagrammatic approach inspired by statistical mechanics. Skein modules have since connected quantum topology with algebraic geometry, cluster algebras, and representation theory. Our session aims to unite researchers in quantum topology, tensor categories, and skein algebras.
    Organizers:
    Melody Molander, UC Santa Barbara melmolander@gmail.com
    Anup Poudel, The Ohio State University
    Rhea Palak Bakshi, UC Santa Barbara

  • Unscheduled
    Special Session on Advances in Quantum Topology, Tensor Categories, and Diagrammatic Algebras, III
    Jones' discovery of the Jones polynomial revolutionized knot theory. Reshetikhin and Turaev linked the Jones polynomial to quantum groups, while Witten provided a Chern--Simons theory perspective. Kauffman introduced a diagrammatic approach inspired by statistical mechanics. Skein modules have since connected quantum topology with algebraic geometry, cluster algebras, and representation theory. Our session aims to unite researchers in quantum topology, tensor categories, and skein algebras.
    Organizers:
    Melody Molander, UC Santa Barbara melmolander@gmail.com
    Anup Poudel, The Ohio State University
    Rhea Palak Bakshi, UC Santa Barbara

  • Unscheduled
    Special Session on Advances in Quantum Topology, Tensor Categories, and Diagrammatic Algebras, IV
    Jones' discovery of the Jones polynomial revolutionized knot theory. Reshetikhin and Turaev linked the Jones polynomial to quantum groups, while Witten provided a Chern--Simons theory perspective. Kauffman introduced a diagrammatic approach inspired by statistical mechanics. Skein modules have since connected quantum topology with algebraic geometry, cluster algebras, and representation theory. Our session aims to unite researchers in quantum topology, tensor categories, and skein algebras.
    Organizers:
    Melody Molander, UC Santa Barbara melmolander@gmail.com
    Anup Poudel, The Ohio State University
    Rhea Palak Bakshi, UC Santa Barbara

  • Unscheduled
    Special Session on Bridging Scales and Uncertainties: Advances in Inverse Problems, Data Assimilation, and Multiscale Modeling, I
    This minisymposium showcases advances in inverse problems and data assimilation in multiscale systems, focusing on physics-based models integrated with sparse/noisy data. Key topics include handling ill-posedness, scalable algorithms, multiscale parameter estimation, and uncertainty quantification in imaging and dynamical systems. It unites researchers at the intersection of inverse problems, data-driven modeling, and applied mathematics.
    Organizers:
    Souvik Roy, The University of Texas at Arlington 1roysouvik@gmail.com
    Anuj Abhishek, Case Western Reserve University

  • Unscheduled
    Special Session on Bridging Scales and Uncertainties: Advances in Inverse Problems, Data Assimilation, and Multiscale Modeling, II
    This minisymposium showcases advances in inverse problems and data assimilation in multiscale systems, focusing on physics-based models integrated with sparse/noisy data. Key topics include handling ill-posedness, scalable algorithms, multiscale parameter estimation, and uncertainty quantification in imaging and dynamical systems. It unites researchers at the intersection of inverse problems, data-driven modeling, and applied mathematics.
    Organizers:
    Souvik Roy, The University of Texas at Arlington 1roysouvik@gmail.com
    Anuj Abhishek, Case Western Reserve University

  • Unscheduled
    Special Session on Bridging Scales and Uncertainties: Advances in Inverse Problems, Data Assimilation, and Multiscale Modeling, III
    This minisymposium showcases advances in inverse problems and data assimilation in multiscale systems, focusing on physics-based models integrated with sparse/noisy data. Key topics include handling ill-posedness, scalable algorithms, multiscale parameter estimation, and uncertainty quantification in imaging and dynamical systems. It unites researchers at the intersection of inverse problems, data-driven modeling, and applied mathematics.
    Organizers:
    Souvik Roy, The University of Texas at Arlington 1roysouvik@gmail.com
    Anuj Abhishek, Case Western Reserve University

  • Unscheduled
    Special Session on Bridging Scales and Uncertainties: Advances in Inverse Problems, Data Assimilation, and Multiscale Modeling, IV
    This minisymposium showcases advances in inverse problems and data assimilation in multiscale systems, focusing on physics-based models integrated with sparse/noisy data. Key topics include handling ill-posedness, scalable algorithms, multiscale parameter estimation, and uncertainty quantification in imaging and dynamical systems. It unites researchers at the intersection of inverse problems, data-driven modeling, and applied mathematics.
    Organizers:
    Souvik Roy, The University of Texas at Arlington 1roysouvik@gmail.com
    Anuj Abhishek, Case Western Reserve University

  • Unscheduled
    Special Session on Combinatorics and Graph Theory: The Audience Counts, I
    This session includes a broad range of combinatorics and graph theory topics, including extremal, enumerative, and structural problems, presented with emphasis on the audience's understanding.
    Organizers:
    Rachel Kirsch, George Mason University rkirsch4@gmu.edu
    Aleyah Dawkins, Carnegie Mellon University

  • Unscheduled
    Special Session on Combinatorics and Graph Theory: The Audience Counts, II
    This session includes a broad range of combinatorics and graph theory topics, including extremal, enumerative, and structural problems, presented with emphasis on the audience's understanding.
    Organizers:
    Rachel Kirsch, George Mason University rkirsch4@gmu.edu
    Aleyah Dawkins, Carnegie Mellon University

  • Unscheduled
    Special Session on Combinatorics and Graph Theory: The Audience Counts, III
    This session includes a broad range of combinatorics and graph theory topics, including extremal, enumerative, and structural problems, presented with emphasis on the audience's understanding.
    Organizers:
    Rachel Kirsch, George Mason University rkirsch4@gmu.edu
    Aleyah Dawkins, Carnegie Mellon University

  • Unscheduled
    Special Session on Combinatorics and Graph Theory: The Audience Counts, IV
    This session includes a broad range of combinatorics and graph theory topics, including extremal, enumerative, and structural problems, presented with emphasis on the audience's understanding.
    Organizers:
    Rachel Kirsch, George Mason University rkirsch4@gmu.edu
    Aleyah Dawkins, Carnegie Mellon University

  • Unscheduled
    Special Session on Commutative Algebra & its Mathematical Interactions, I
    This special session aims to highlight recent developments of commutative algebra and its connections with combinatorial algebra and algebraic geometry. We are also open to other branches of Mathematics, that are connected to Commutative algebra, such as Coding Theory, Category Theory, Matroid Theory, Number Theory etc.
    Organizers:
    Dipendranath Mahato, Tulane University dmahato@tulane.edu
    Souvik Dey, Charles University, Prague

  • Unscheduled
    Special Session on Commutative Algebra & its Mathematical Interactions, II
    This special session aims to highlight recent developments of commutative algebra and its connections with combinatorial algebra and algebraic geometry. We are also open to other branches of Mathematics, that are connected to Commutative algebra, such as Coding Theory, Category Theory, Matroid Theory, Number Theory etc.
    Organizers:
    Dipendranath Mahato, Tulane University dmahato@tulane.edu
    Souvik Dey, Charles University, Prague

  • Unscheduled
    Special Session on Commutative Algebra & its Mathematical Interactions, III
    This special session aims to highlight recent developments of commutative algebra and its connections with combinatorial algebra and algebraic geometry. We are also open to other branches of Mathematics, that are connected to Commutative algebra, such as Coding Theory, Category Theory, Matroid Theory, Number Theory etc.
    Organizers:
    Dipendranath Mahato, Tulane University dmahato@tulane.edu
    Souvik Dey, Charles University, Prague

  • Unscheduled
    Special Session on Commutative Algebra & its Mathematical Interactions, IV
    This special session aims to highlight recent developments of commutative algebra and its connections with combinatorial algebra and algebraic geometry. We are also open to other branches of Mathematics, that are connected to Commutative algebra, such as Coding Theory, Category Theory, Matroid Theory, Number Theory etc.
    Organizers:
    Dipendranath Mahato, Tulane University dmahato@tulane.edu
    Souvik Dey, Charles University, Prague

  • Unscheduled
    Special Session on Continuous and Complex Dynamics, I
    We propose a session that will bring together researchers from a broad area of dynamical systems. We are interested in both analytical and topological approaches to research in these areas. Our intention is to invite 15-20 speakers including both experienced researchers and young researchers.
    Organizers:
    Krystyna Kuperberg, Auburn University kuperkm@auburn.edu
    John C Mayer, Univ. of Alabama - Birmingham

  • Unscheduled
    Special Session on Continuous and Complex Dynamics, II
    We propose a session that will bring together researchers from a broad area of dynamical systems. We are interested in both analytical and topological approaches to research in these areas. Our intention is to invite 15-20 speakers including both experienced researchers and young researchers.
    Organizers:
    Krystyna Kuperberg, Auburn University kuperkm@auburn.edu
    John C Mayer, Univ. of Alabama - Birmingham

  • Unscheduled
    Special Session on Continuous and Complex Dynamics, III
    We propose a session that will bring together researchers from a broad area of dynamical systems. We are interested in both analytical and topological approaches to research in these areas. Our intention is to invite 15-20 speakers including both experienced researchers and young researchers.
    Organizers:
    Krystyna Kuperberg, Auburn University kuperkm@auburn.edu
    John C Mayer, Univ. of Alabama - Birmingham

  • Unscheduled
    Special Session on Continuous and Complex Dynamics, IV
    We propose a session that will bring together researchers from a broad area of dynamical systems. We are interested in both analytical and topological approaches to research in these areas. Our intention is to invite 15-20 speakers including both experienced researchers and young researchers.
    Organizers:
    Krystyna Kuperberg, Auburn University kuperkm@auburn.edu
    John C Mayer, Univ. of Alabama - Birmingham

  • Unscheduled
    Special Session on Current Developments in Harmonic Analysis, I
    This session will highlight current developments in harmonic analysis, leveraging the virtual format to connect researchers across a wide geographical area. Aiming to foster exchanges among scholars at all career stages, the session will feature new and ongoing directions in the field, including singular integrals and maximal functions, and applications of harmonic analysis to areas such as geometric measure theory, partial differential equations, operator theory, and more.
    Organizers:
    Brandon Sweeting, Washington University in St. Louis sweeting@wustl.edu
    Andrew Walton Green, Washington University in St. Louis
    Cody B. Stockdale, Clemson University
    Nathan A. Wagner, Brown University

  • Unscheduled
    Special Session on Current Developments in Harmonic Analysis, II
    This session will highlight current developments in harmonic analysis, leveraging the virtual format to connect researchers across a wide geographical area. Aiming to foster exchanges among scholars at all career stages, the session will feature new and ongoing directions in the field, including singular integrals and maximal functions, and applications of harmonic analysis to areas such as geometric measure theory, partial differential equations, operator theory, and more.
    Organizers:
    Brandon Sweeting, Washington University in St. Louis sweeting@wustl.edu
    Andrew Walton Green, Washington University in St. Louis
    Cody B. Stockdale, Clemson University
    Nathan A. Wagner, Brown University

  • Unscheduled
    Special Session on Current Developments in Harmonic Analysis, III
    This session will highlight current developments in harmonic analysis, leveraging the virtual format to connect researchers across a wide geographical area. Aiming to foster exchanges among scholars at all career stages, the session will feature new and ongoing directions in the field, including singular integrals and maximal functions, and applications of harmonic analysis to areas such as geometric measure theory, partial differential equations, operator theory, and more.
    Organizers:
    Brandon Sweeting, Washington University in St. Louis sweeting@wustl.edu
    Andrew Walton Green, Washington University in St. Louis
    Cody B. Stockdale, Clemson University
    Nathan A. Wagner, Brown University

  • Unscheduled
    Special Session on Current Developments in Harmonic Analysis, IV
    This session will highlight current developments in harmonic analysis, leveraging the virtual format to connect researchers across a wide geographical area. Aiming to foster exchanges among scholars at all career stages, the session will feature new and ongoing directions in the field, including singular integrals and maximal functions, and applications of harmonic analysis to areas such as geometric measure theory, partial differential equations, operator theory, and more.
    Organizers:
    Brandon Sweeting, Washington University in St. Louis sweeting@wustl.edu
    Andrew Walton Green, Washington University in St. Louis
    Cody B. Stockdale, Clemson University
    Nathan A. Wagner, Brown University

  • Unscheduled
    Special Session on Deterministic and Random Multivariate Analyticity, I
    The meeting is devoted to interplay between random analyticity and deterministic analyticity in the multidimensional complex space.
    Organizers:
    Andriy I. Bandura, Ivano-Frankivsk National Technical University of Oil and Gas andriykopanytsia@gmail.com
    Oleh Skaskiv, Ivan Franko National University of Lviv
    Myroslav Sheremeta, Ivan Franko National University of Lviv
    Oksana Holovata, Ivan Franko National University of Lviv
    Sergey Favorov, V.N.Karazin Kharkiv National University
    Alexandre Eremenko, Purdue University
    Mihail Sodin, Tel Aviv University
    Alexander Rashkovskii, University of Stavanger

  • Unscheduled
    Special Session on Deterministic and Random Multivariate Analyticity, II
    The meeting is devoted to interplay between random analyticity and deterministic analyticity in the multidimensional complex space.
    Organizers:
    Andriy I. Bandura, Ivano-Frankivsk National Technical University of Oil and Gas andriykopanytsia@gmail.com
    Oleh Skaskiv, Ivan Franko National University of Lviv
    Myroslav Sheremeta, Ivan Franko National University of Lviv
    Oksana Holovata, Ivan Franko National University of Lviv
    Sergey Favorov, V.N.Karazin Kharkiv National University
    Alexandre Eremenko, Purdue University
    Mihail Sodin, Tel Aviv University
    Alexander Rashkovskii, University of Stavanger

  • Unscheduled
    Special Session on Deterministic and Random Multivariate Analyticity, III
    The meeting is devoted to interplay between random analyticity and deterministic analyticity in the multidimensional complex space.
    Organizers:
    Andriy I. Bandura, Ivano-Frankivsk National Technical University of Oil and Gas andriykopanytsia@gmail.com
    Oleh Skaskiv, Ivan Franko National University of Lviv
    Myroslav Sheremeta, Ivan Franko National University of Lviv
    Oksana Holovata, Ivan Franko National University of Lviv
    Sergey Favorov, V.N.Karazin Kharkiv National University
    Alexandre Eremenko, Purdue University
    Mihail Sodin, Tel Aviv University
    Alexander Rashkovskii, University of Stavanger

  • Unscheduled
    Special Session on Deterministic and Random Multivariate Analyticity, IV
    The meeting is devoted to interplay between random analyticity and deterministic analyticity in the multidimensional complex space.
    Organizers:
    Andriy I. Bandura, Ivano-Frankivsk National Technical University of Oil and Gas andriykopanytsia@gmail.com
    Oleh Skaskiv, Ivan Franko National University of Lviv
    Myroslav Sheremeta, Ivan Franko National University of Lviv
    Oksana Holovata, Ivan Franko National University of Lviv
    Sergey Favorov, V.N.Karazin Kharkiv National University
    Alexandre Eremenko, Purdue University
    Mihail Sodin, Tel Aviv University
    Alexander Rashkovskii, University of Stavanger

  • Unscheduled
    Special Session on Gauge Theory and Low-Dimensional Topology, I
    This special session focuses on gauge theory in dimensions 3 to 8, low dimensional topology, Floer homology, and symplectic geometry.
    Organizers:
    Paul M. N Feehan, Rutgers University, New Brunswick feehan@math.rutgers.edu
    Thomas Gibbs Leness, Florida International University

  • Unscheduled
    Special Session on Gauge Theory and Low-Dimensional Topology, II
    This special session focuses on gauge theory in dimensions 3 to 8, low dimensional topology, Floer homology, and symplectic geometry.
    Organizers:
    Paul M. N Feehan, Rutgers University, New Brunswick feehan@math.rutgers.edu
    Thomas Gibbs Leness, Florida International University

  • Unscheduled
    Special Session on Gauge Theory and Low-Dimensional Topology, III
    This special session focuses on gauge theory in dimensions 3 to 8, low dimensional topology, Floer homology, and symplectic geometry.
    Organizers:
    Paul M. N Feehan, Rutgers University, New Brunswick feehan@math.rutgers.edu
    Thomas Gibbs Leness, Florida International University

  • Unscheduled
    Special Session on Gauge Theory and Low-Dimensional Topology, IV
    This special session focuses on gauge theory in dimensions 3 to 8, low dimensional topology, Floer homology, and symplectic geometry.
    Organizers:
    Paul M. N Feehan, Rutgers University, New Brunswick feehan@math.rutgers.edu
    Thomas Gibbs Leness, Florida International University

  • Unscheduled
    Special Session on LS-category and Topological Complexity: Theory and Applications, I
    Organizers:
    Ekansh Jauhari, University of Florida ekanshjauhari@ufl.edu
    Jesús González, Departamento de Matematicas, Cinvestav

  • Unscheduled
    Special Session on LS-category and Topological Complexity: Theory and Applications, II
    Organizers:
    Ekansh Jauhari, University of Florida ekanshjauhari@ufl.edu
    Jesús González, Departamento de Matematicas, Cinvestav

  • Unscheduled
    Special Session on LS-category and Topological Complexity: Theory and Applications, III
    Organizers:
    Ekansh Jauhari, University of Florida ekanshjauhari@ufl.edu
    Jesús González, Departamento de Matematicas, Cinvestav

  • Unscheduled
    Special Session on LS-category and Topological Complexity: Theory and Applications, IV
    Organizers:
    Ekansh Jauhari, University of Florida ekanshjauhari@ufl.edu
    Jesús González, Departamento de Matematicas, Cinvestav

  • Unscheduled
    Special Session on Markovian and Queueing Models, I
    Our AMS Special Session, Markovian & Queueing Models, provides a forum for researchers to share and explore new results for Markov or queueing systems. These advances may represent new theoretic results, innovative applications or generalized computational methods; for example, finding new simplified ways to find steady-state distributions or determine Gambler's ruin probabilities.
    Organizers:
    Alan Krinik, California State Polytechnic University, Pomona ackrinik@cpp.edu
    Randall J. Swift, California State Polytechnic University, Pomona
    Gerardo Rubino, INRIA, France

  • Unscheduled
    Special Session on Markovian and Queueing Models, II
    Our AMS Special Session, Markovian & Queueing Models, provides a forum for researchers to share and explore new results for Markov or queueing systems. These advances may represent new theoretic results, innovative applications or generalized computational methods; for example, finding new simplified ways to find steady-state distributions or determine Gambler's ruin probabilities.
    Organizers:
    Alan Krinik, California State Polytechnic University, Pomona ackrinik@cpp.edu
    Randall J. Swift, California State Polytechnic University, Pomona
    Gerardo Rubino, INRIA, France

  • Unscheduled
    Special Session on Markovian and Queueing Models, III
    Our AMS Special Session, Markovian & Queueing Models, provides a forum for researchers to share and explore new results for Markov or queueing systems. These advances may represent new theoretic results, innovative applications or generalized computational methods; for example, finding new simplified ways to find steady-state distributions or determine Gambler's ruin probabilities.
    Organizers:
    Alan Krinik, California State Polytechnic University, Pomona ackrinik@cpp.edu
    Randall J. Swift, California State Polytechnic University, Pomona
    Gerardo Rubino, INRIA, France

  • Unscheduled
    Special Session on Markovian and Queueing Models, IV
    Our AMS Special Session, Markovian & Queueing Models, provides a forum for researchers to share and explore new results for Markov or queueing systems. These advances may represent new theoretic results, innovative applications or generalized computational methods; for example, finding new simplified ways to find steady-state distributions or determine Gambler's ruin probabilities.
    Organizers:
    Alan Krinik, California State Polytechnic University, Pomona ackrinik@cpp.edu
    Randall J. Swift, California State Polytechnic University, Pomona
    Gerardo Rubino, INRIA, France

  • Unscheduled
    Special Session on Microlocal Analysis and Applications in Imaging, I
    This special session is dedicated to new developments in scattering based imaging using the microlocal analysis methods. Microlocal analysis is used as a tool for recovering images in inverse problems related to scattering tomography, seismic imaging, sonar and SAR imaging.
    Organizers:
    Raluca Felea, Rochester Institute of Technology rxfsma@rit.edu

  • Unscheduled
    Special Session on Microlocal Analysis and Applications in Imaging, II
    This special session is dedicated to new developments in scattering based imaging using the microlocal analysis methods. Microlocal analysis is used as a tool for recovering images in inverse problems related to scattering tomography, seismic imaging, sonar and SAR imaging.
    Organizers:
    Raluca Felea, Rochester Institute of Technology rxfsma@rit.edu

  • Unscheduled
    Special Session on Microlocal Analysis and Applications in Imaging, III
    This special session is dedicated to new developments in scattering based imaging using the microlocal analysis methods. Microlocal analysis is used as a tool for recovering images in inverse problems related to scattering tomography, seismic imaging, sonar and SAR imaging.
    Organizers:
    Raluca Felea, Rochester Institute of Technology rxfsma@rit.edu

  • Unscheduled
    Special Session on Microlocal Analysis and Applications in Imaging, IV
    This special session is dedicated to new developments in scattering based imaging using the microlocal analysis methods. Microlocal analysis is used as a tool for recovering images in inverse problems related to scattering tomography, seismic imaging, sonar and SAR imaging.
    Organizers:
    Raluca Felea, Rochester Institute of Technology rxfsma@rit.edu

  • Unscheduled
    Special Session on New Approaches to Mathematical General Relativity, I
    Mathematicians have had tremendous success studying general relativity using the classical methods of differential geometry and PDE theory; take for example the positive energy theorem and the stability of the Minkowski spacetime. However, many inspiring questions remain. Here researchers will share how they used techniques new to the field, such as Geometric Measure Theory, microlocal analysis, optimal transport,and Gromov-Hausdorff convergence, to study heretofore intractable problems.
    Organizers:
    Christina Sormani, CUNY, Lehman College sormanic@gmail.com
    James Isenberg, University of Oregon, Emeritus
    Eric Lang, University of Copenhagen
    Edward Thompson Bryden, Universiteit Antwerpen

  • Unscheduled
    Special Session on New Approaches to Mathematical General Relativity, II
    Mathematicians have had tremendous success studying general relativity using the classical methods of differential geometry and PDE theory; take for example the positive energy theorem and the stability of the Minkowski spacetime. However, many inspiring questions remain. Here researchers will share how they used techniques new to the field, such as Geometric Measure Theory, microlocal analysis, optimal transport,and Gromov-Hausdorff convergence, to study heretofore intractable problems.
    Organizers:
    Christina Sormani, CUNY, Lehman College sormanic@gmail.com
    James Isenberg, University of Oregon, Emeritus
    Eric Lang, University of Copenhagen
    Edward Thompson Bryden, Universiteit Antwerpen

  • Unscheduled
    Special Session on New Approaches to Mathematical General Relativity, III
    Mathematicians have had tremendous success studying general relativity using the classical methods of differential geometry and PDE theory; take for example the positive energy theorem and the stability of the Minkowski spacetime. However, many inspiring questions remain. Here researchers will share how they used techniques new to the field, such as Geometric Measure Theory, microlocal analysis, optimal transport,and Gromov-Hausdorff convergence, to study heretofore intractable problems.
    Organizers:
    Christina Sormani, CUNY, Lehman College sormanic@gmail.com
    James Isenberg, University of Oregon, Emeritus
    Eric Lang, University of Copenhagen
    Edward Thompson Bryden, Universiteit Antwerpen

  • Unscheduled
    Special Session on New Approaches to Mathematical General Relativity, IV
    Mathematicians have had tremendous success studying general relativity using the classical methods of differential geometry and PDE theory; take for example the positive energy theorem and the stability of the Minkowski spacetime. However, many inspiring questions remain. Here researchers will share how they used techniques new to the field, such as Geometric Measure Theory, microlocal analysis, optimal transport,and Gromov-Hausdorff convergence, to study heretofore intractable problems.
    Organizers:
    Christina Sormani, CUNY, Lehman College sormanic@gmail.com
    James Isenberg, University of Oregon, Emeritus
    Eric Lang, University of Copenhagen
    Edward Thompson Bryden, Universiteit Antwerpen

  • Unscheduled
    Special Session on New Horizons for Quantum Error Correction: Categorical Approaches to Topological Codes, I
    Recent advances in topological quantum error correction and quantum low-density parity-check codes have reshaped our understanding of fault tolerance, quantum complexity, and quantum gravity. Optimal quantum LDPC and Floquet codes reveal deep ties in coding theory, topological phases of matter, and holography. This session explores these intersections via category theory, formalizing anyon braiding and code symmetries, and their implications for black hole physics and the information paradox.
    Organizers:
    Shanna Dobson, University of California, Riverside Shanna.Dobson@email.ucr.edu
    Tushar Pandey, DataRobot
    Sarah Chehade, Oak Ridge National Laboratory

  • Unscheduled
    Special Session on New Horizons for Quantum Error Correction: Categorical Approaches to Topological Codes, II
    Recent advances in topological quantum error correction and quantum low-density parity-check codes have reshaped our understanding of fault tolerance, quantum complexity, and quantum gravity. Optimal quantum LDPC and Floquet codes reveal deep ties in coding theory, topological phases of matter, and holography. This session explores these intersections via category theory, formalizing anyon braiding and code symmetries, and their implications for black hole physics and the information paradox.
    Organizers:
    Shanna Dobson, University of California, Riverside Shanna.Dobson@email.ucr.edu
    Tushar Pandey, DataRobot
    Sarah Chehade, Oak Ridge National Laboratory

  • Unscheduled
    Special Session on New Horizons for Quantum Error Correction: Categorical Approaches to Topological Codes, III
    Recent advances in topological quantum error correction and quantum low-density parity-check codes have reshaped our understanding of fault tolerance, quantum complexity, and quantum gravity. Optimal quantum LDPC and Floquet codes reveal deep ties in coding theory, topological phases of matter, and holography. This session explores these intersections via category theory, formalizing anyon braiding and code symmetries, and their implications for black hole physics and the information paradox.
    Organizers:
    Shanna Dobson, University of California, Riverside Shanna.Dobson@email.ucr.edu
    Tushar Pandey, DataRobot
    Sarah Chehade, Oak Ridge National Laboratory

  • Unscheduled
    Special Session on New Horizons for Quantum Error Correction: Categorical Approaches to Topological Codes, IV
    Recent advances in topological quantum error correction and quantum low-density parity-check codes have reshaped our understanding of fault tolerance, quantum complexity, and quantum gravity. Optimal quantum LDPC and Floquet codes reveal deep ties in coding theory, topological phases of matter, and holography. This session explores these intersections via category theory, formalizing anyon braiding and code symmetries, and their implications for black hole physics and the information paradox.
    Organizers:
    Shanna Dobson, University of California, Riverside Shanna.Dobson@email.ucr.edu
    Tushar Pandey, DataRobot
    Sarah Chehade, Oak Ridge National Laboratory

  • Unscheduled
    Special Session on Nonlocal Differential Equations and Their Application, I
    This session will provide a unified forum for talks either directly or indirectly related to nonlocal differential equations. In particular, this session will feature talks discussing the qualitative, numerical, and/or analytical properties of nonlocal equations as well as any of their applications. Talks may focus on any of the various manifestations of nonlocal equations including, but not limited to, fractional differential equations, nonlocal ODEs, and nonlocal PDEs.
    Organizers:
    Christopher Steven Goodrich, University of New South Wales c.goodrich@unsw.edu.au

  • Unscheduled
    Special Session on Nonlocal Differential Equations and Their Application, II
    This session will provide a unified forum for talks either directly or indirectly related to nonlocal differential equations. In particular, this session will feature talks discussing the qualitative, numerical, and/or analytical properties of nonlocal equations as well as any of their applications. Talks may focus on any of the various manifestations of nonlocal equations including, but not limited to, fractional differential equations, nonlocal ODEs, and nonlocal PDEs.
    Organizers:
    Christopher Steven Goodrich, University of New South Wales c.goodrich@unsw.edu.au

  • Unscheduled
    Special Session on Nonlocal Differential Equations and Their Application, III
    This session will provide a unified forum for talks either directly or indirectly related to nonlocal differential equations. In particular, this session will feature talks discussing the qualitative, numerical, and/or analytical properties of nonlocal equations as well as any of their applications. Talks may focus on any of the various manifestations of nonlocal equations including, but not limited to, fractional differential equations, nonlocal ODEs, and nonlocal PDEs.
    Organizers:
    Christopher Steven Goodrich, University of New South Wales c.goodrich@unsw.edu.au

  • Unscheduled
    Special Session on Nonlocal Differential Equations and Their Application, IV
    This session will provide a unified forum for talks either directly or indirectly related to nonlocal differential equations. In particular, this session will feature talks discussing the qualitative, numerical, and/or analytical properties of nonlocal equations as well as any of their applications. Talks may focus on any of the various manifestations of nonlocal equations including, but not limited to, fractional differential equations, nonlocal ODEs, and nonlocal PDEs.
    Organizers:
    Christopher Steven Goodrich, University of New South Wales c.goodrich@unsw.edu.au

  • Unscheduled
    Special Session on Notions of Positivity, Preserving Transforms, and Inequalities, I
    Total positivity is defined on varieties via inequalities for regular functions. These yield inequalities often related to representation theory, matroids, and Lorentzian polynomials. Some of these hold for other notions of positivity, and have geometric meaning. These are complemented by transforms of positive kernels (some studied by Schoenberg, Rudin and Herz). Recent works uncover their unexpected links to (Paley & chordal) graphs, leading further to new connections & research.
    Organizers:
    Daniel Soskin, Institute for Advanced Study, Princeton, USA dssoskin@gmail.com
    Prateek Kumar Vishwakarma, Universite Laval, QC, Canada

  • Unscheduled
    Special Session on Notions of Positivity, Preserving Transforms, and Inequalities, II
    Total positivity is defined on varieties via inequalities for regular functions. These yield inequalities often related to representation theory, matroids, and Lorentzian polynomials. Some of these hold for other notions of positivity, and have geometric meaning. These are complemented by transforms of positive kernels (some studied by Schoenberg, Rudin and Herz). Recent works uncover their unexpected links to (Paley & chordal) graphs, leading further to new connections & research.
    Organizers:
    Daniel Soskin, Institute for Advanced Study, Princeton, USA dssoskin@gmail.com
    Prateek Kumar Vishwakarma, Universite Laval, QC, Canada

  • Unscheduled
    Special Session on Notions of Positivity, Preserving Transforms, and Inequalities, III
    Total positivity is defined on varieties via inequalities for regular functions. These yield inequalities often related to representation theory, matroids, and Lorentzian polynomials. Some of these hold for other notions of positivity, and have geometric meaning. These are complemented by transforms of positive kernels (some studied by Schoenberg, Rudin and Herz). Recent works uncover their unexpected links to (Paley & chordal) graphs, leading further to new connections & research.
    Organizers:
    Daniel Soskin, Institute for Advanced Study, Princeton, USA dssoskin@gmail.com
    Prateek Kumar Vishwakarma, Universite Laval, QC, Canada

  • Unscheduled
    Special Session on Notions of Positivity, Preserving Transforms, and Inequalities, IV
    Total positivity is defined on varieties via inequalities for regular functions. These yield inequalities often related to representation theory, matroids, and Lorentzian polynomials. Some of these hold for other notions of positivity, and have geometric meaning. These are complemented by transforms of positive kernels (some studied by Schoenberg, Rudin and Herz). Recent works uncover their unexpected links to (Paley & chordal) graphs, leading further to new connections & research.
    Organizers:
    Daniel Soskin, Institute for Advanced Study, Princeton, USA dssoskin@gmail.com
    Prateek Kumar Vishwakarma, Universite Laval, QC, Canada

  • Unscheduled
    Special Session on Partial Differential Equations of Mathematical Physics and Others Areas of Applications, I
    Join us for an exciting mathematical meeting focused on partial differential equations in mathematical physics and other applications! This event brings together researchers, students, and enthusiasts to explore innovative approaches, share insights, and discuss the latest developments in PDE theory and its applications. Your participation will enrich the conversation and foster new ideas. Don't miss this opportunity to connect, learn, and collaborate with the mathematical community.
    Organizers:
    Carmen J. Vanegas, Universidad Técnica de Manabí carmen.vanegas@utm.edu.ec

  • Unscheduled
    Special Session on Partial Differential Equations of Mathematical Physics and Others Areas of Applications, II
    Join us for an exciting mathematical meeting focused on partial differential equations in mathematical physics and other applications! This event brings together researchers, students, and enthusiasts to explore innovative approaches, share insights, and discuss the latest developments in PDE theory and its applications. Your participation will enrich the conversation and foster new ideas. Don't miss this opportunity to connect, learn, and collaborate with the mathematical community.
    Organizers:
    Carmen J. Vanegas, Universidad Técnica de Manabí carmen.vanegas@utm.edu.ec

  • Unscheduled
    Special Session on Partial Differential Equations of Mathematical Physics and Others Areas of Applications, III
    Join us for an exciting mathematical meeting focused on partial differential equations in mathematical physics and other applications! This event brings together researchers, students, and enthusiasts to explore innovative approaches, share insights, and discuss the latest developments in PDE theory and its applications. Your participation will enrich the conversation and foster new ideas. Don't miss this opportunity to connect, learn, and collaborate with the mathematical community.
    Organizers:
    Carmen J. Vanegas, Universidad Técnica de Manabí carmen.vanegas@utm.edu.ec

  • Unscheduled
    Special Session on Partial Differential Equations of Mathematical Physics and Others Areas of Applications, IV
    Join us for an exciting mathematical meeting focused on partial differential equations in mathematical physics and other applications! This event brings together researchers, students, and enthusiasts to explore innovative approaches, share insights, and discuss the latest developments in PDE theory and its applications. Your participation will enrich the conversation and foster new ideas. Don't miss this opportunity to connect, learn, and collaborate with the mathematical community.
    Organizers:
    Carmen J. Vanegas, Universidad Técnica de Manabí carmen.vanegas@utm.edu.ec

  • Unscheduled
    Special Session on Quantum Supergroups in Low-Dimensional Topology, I
    Quantum topology uses representation theory to construct invariants in low-dimensional topology. Recent advancements in the study of supergroup invariants have led to the discovery of new properties of the Links-Gould polynomials, novel invariants for virtual knots, and constructions of topological field theories. This special session aims to explore cutting-edge results and techniques and foster new collaborations at the intersection of low-dimensional topology and quantum supergroups.
    Organizers:
    Matthew Harper, Michigan State University harpe111@msu.edu
    Micah Chrisman, Ohio State University
    Anup Poudel, The Ohio State University

  • Unscheduled
    Special Session on Quantum Supergroups in Low-Dimensional Topology, II
    Quantum topology uses representation theory to construct invariants in low-dimensional topology. Recent advancements in the study of supergroup invariants have led to the discovery of new properties of the Links-Gould polynomials, novel invariants for virtual knots, and constructions of topological field theories. This special session aims to explore cutting-edge results and techniques and foster new collaborations at the intersection of low-dimensional topology and quantum supergroups.
    Organizers:
    Matthew Harper, Michigan State University harpe111@msu.edu
    Micah Chrisman, Ohio State University
    Anup Poudel, The Ohio State University

  • Unscheduled
    Special Session on Quantum Supergroups in Low-Dimensional Topology, III
    Quantum topology uses representation theory to construct invariants in low-dimensional topology. Recent advancements in the study of supergroup invariants have led to the discovery of new properties of the Links-Gould polynomials, novel invariants for virtual knots, and constructions of topological field theories. This special session aims to explore cutting-edge results and techniques and foster new collaborations at the intersection of low-dimensional topology and quantum supergroups.
    Organizers:
    Matthew Harper, Michigan State University harpe111@msu.edu
    Micah Chrisman, Ohio State University
    Anup Poudel, The Ohio State University

  • Unscheduled
    Special Session on Quantum Supergroups in Low-Dimensional Topology, IV
    Quantum topology uses representation theory to construct invariants in low-dimensional topology. Recent advancements in the study of supergroup invariants have led to the discovery of new properties of the Links-Gould polynomials, novel invariants for virtual knots, and constructions of topological field theories. This special session aims to explore cutting-edge results and techniques and foster new collaborations at the intersection of low-dimensional topology and quantum supergroups.
    Organizers:
    Matthew Harper, Michigan State University harpe111@msu.edu
    Micah Chrisman, Ohio State University
    Anup Poudel, The Ohio State University

  • Unscheduled
    Special Session on Recent Advances in Variational Methods and Nonlinear Elliptic PDEs, I
    This group will focus on nonlinear equations and systems involving the Laplacian and the weighted p-Laplacian operator. It will highlight new developments on the existence and qualitative properties of solutions, such as symmetry, monotonicity, uniqueness, and regularity. The group will also discuss broad applications of these equations to various branches of Sciences, such as Physics, Chemistry, Biology, Probability, and Finance.
    Organizers:
    Florin Catrina, St. John's University catrinaf@stjohns.edu
    Rushun Tian, Capital Normal University
    Zhi-Qiang Wang, Utah State University

  • Unscheduled
    Special Session on Recent Advances in Variational Methods and Nonlinear Elliptic PDEs, II
    This group will focus on nonlinear equations and systems involving the Laplacian and the weighted p-Laplacian operator. It will highlight new developments on the existence and qualitative properties of solutions, such as symmetry, monotonicity, uniqueness, and regularity. The group will also discuss broad applications of these equations to various branches of Sciences, such as Physics, Chemistry, Biology, Probability, and Finance.
    Organizers:
    Florin Catrina, St. John's University catrinaf@stjohns.edu
    Rushun Tian, Capital Normal University
    Zhi-Qiang Wang, Utah State University

  • Unscheduled
    Special Session on Recent Advances in Variational Methods and Nonlinear Elliptic PDEs, III
    This group will focus on nonlinear equations and systems involving the Laplacian and the weighted p-Laplacian operator. It will highlight new developments on the existence and qualitative properties of solutions, such as symmetry, monotonicity, uniqueness, and regularity. The group will also discuss broad applications of these equations to various branches of Sciences, such as Physics, Chemistry, Biology, Probability, and Finance.
    Organizers:
    Florin Catrina, St. John's University catrinaf@stjohns.edu
    Rushun Tian, Capital Normal University
    Zhi-Qiang Wang, Utah State University

  • Unscheduled
    Special Session on Recent Advances in Variational Methods and Nonlinear Elliptic PDEs, IV
    This group will focus on nonlinear equations and systems involving the Laplacian and the weighted p-Laplacian operator. It will highlight new developments on the existence and qualitative properties of solutions, such as symmetry, monotonicity, uniqueness, and regularity. The group will also discuss broad applications of these equations to various branches of Sciences, such as Physics, Chemistry, Biology, Probability, and Finance.
    Organizers:
    Florin Catrina, St. John's University catrinaf@stjohns.edu
    Rushun Tian, Capital Normal University
    Zhi-Qiang Wang, Utah State University

  • Unscheduled
    Special Session on Recent Trends in Graph Theory, I
    This section will focus on resent results and trends in graph theory and other related fields.
    Organizers:
    Michael Santana, Grand Valley State University santanmi@gvsu.edu
    Lauren Keough, Grand Valley State University
    Taylor Short, Grand Valley State University

  • Unscheduled
    Special Session on Recent Trends in Graph Theory, II
    This section will focus on resent results and trends in graph theory and other related fields.
    Organizers:
    Michael Santana, Grand Valley State University santanmi@gvsu.edu
    Lauren Keough, Grand Valley State University
    Taylor Short, Grand Valley State University

  • Unscheduled
    Special Session on Recent Trends in Graph Theory, III
    This section will focus on resent results and trends in graph theory and other related fields.
    Organizers:
    Michael Santana, Grand Valley State University santanmi@gvsu.edu
    Lauren Keough, Grand Valley State University
    Taylor Short, Grand Valley State University

  • Unscheduled
    Special Session on Recent Trends in Graph Theory, IV
    This section will focus on resent results and trends in graph theory and other related fields.
    Organizers:
    Michael Santana, Grand Valley State University santanmi@gvsu.edu
    Lauren Keough, Grand Valley State University
    Taylor Short, Grand Valley State University

  • Unscheduled
    Special Session on Representations of p-adic Groups and Noncommutative Geometry, I
    The Langlands Program is a series of powerful conjectures and theorems, which investigate profoundreciprocity laws between Galois representations and automorphic forms. Recently, it has been extendedto p-adics and perfectoid spaces via the Geometrization of the Local Langlands Correspondence. Thissession will feature ongoing investigations in Arithmetic Langlands, Relative Langlands, Langlands Localand Global Functoriality Principle, and Local and Global Langlands Correspondence.
    Organizers:
    Igor V. Nikolaev, St. John's University, Staten Island, NY igor.v.nikolaev@gmail.com
    Shanna Dobson, University of California, Riverside

  • Unscheduled
    Special Session on Representations of p-adic Groups and Noncommutative Geometry, II
    The Langlands Program is a series of powerful conjectures and theorems, which investigate profoundreciprocity laws between Galois representations and automorphic forms. Recently, it has been extendedto p-adics and perfectoid spaces via the Geometrization of the Local Langlands Correspondence. Thissession will feature ongoing investigations in Arithmetic Langlands, Relative Langlands, Langlands Localand Global Functoriality Principle, and Local and Global Langlands Correspondence.
    Organizers:
    Igor V. Nikolaev, St. John's University, Staten Island, NY igor.v.nikolaev@gmail.com
    Shanna Dobson, University of California, Riverside

  • Unscheduled
    Special Session on Representations of p-adic Groups and Noncommutative Geometry, III
    The Langlands Program is a series of powerful conjectures and theorems, which investigate profoundreciprocity laws between Galois representations and automorphic forms. Recently, it has been extendedto p-adics and perfectoid spaces via the Geometrization of the Local Langlands Correspondence. Thissession will feature ongoing investigations in Arithmetic Langlands, Relative Langlands, Langlands Localand Global Functoriality Principle, and Local and Global Langlands Correspondence.
    Organizers:
    Igor V. Nikolaev, St. John's University, Staten Island, NY igor.v.nikolaev@gmail.com
    Shanna Dobson, University of California, Riverside

  • Unscheduled
    Special Session on Representations of p-adic Groups and Noncommutative Geometry, IV
    The Langlands Program is a series of powerful conjectures and theorems, which investigate profoundreciprocity laws between Galois representations and automorphic forms. Recently, it has been extendedto p-adics and perfectoid spaces via the Geometrization of the Local Langlands Correspondence. Thissession will feature ongoing investigations in Arithmetic Langlands, Relative Langlands, Langlands Localand Global Functoriality Principle, and Local and Global Langlands Correspondence.
    Organizers:
    Igor V. Nikolaev, St. John's University, Staten Island, NY igor.v.nikolaev@gmail.com
    Shanna Dobson, University of California, Riverside

  • Unscheduled
    Special Session on Research in Analysis and PDEs by Early Career Mathematicians, I
    The goal of this session is to provide an opportunity for early career researchers (e.g., graduate and advanced undergraduate students) in analysis, PDEs, applied/numerical analysis and closely related fields to share their ongoing and completed mathematical works.
    Organizers:
    Joshua Flynn, Massachusetts Institute of Technology jlflynn@mit.edu
    Andrew Miller, Bridgewater State University
    Hyun Chul Jang, California Institute of Technology

  • Unscheduled
    Special Session on Research in Analysis and PDEs by Early Career Mathematicians, II
    The goal of this session is to provide an opportunity for early career researchers (e.g., graduate and advanced undergraduate students) in analysis, PDEs, applied/numerical analysis and closely related fields to share their ongoing and completed mathematical works.
    Organizers:
    Joshua Flynn, Massachusetts Institute of Technology jlflynn@mit.edu
    Andrew Miller, Bridgewater State University
    Hyun Chul Jang, California Institute of Technology

  • Unscheduled
    Special Session on Research in Analysis and PDEs by Early Career Mathematicians, III
    The goal of this session is to provide an opportunity for early career researchers (e.g., graduate and advanced undergraduate students) in analysis, PDEs, applied/numerical analysis and closely related fields to share their ongoing and completed mathematical works.
    Organizers:
    Joshua Flynn, Massachusetts Institute of Technology jlflynn@mit.edu
    Andrew Miller, Bridgewater State University
    Hyun Chul Jang, California Institute of Technology

  • Unscheduled
    Special Session on Research in Analysis and PDEs by Early Career Mathematicians, IV
    The goal of this session is to provide an opportunity for early career researchers (e.g., graduate and advanced undergraduate students) in analysis, PDEs, applied/numerical analysis and closely related fields to share their ongoing and completed mathematical works.
    Organizers:
    Joshua Flynn, Massachusetts Institute of Technology jlflynn@mit.edu
    Andrew Miller, Bridgewater State University
    Hyun Chul Jang, California Institute of Technology

  • Unscheduled
    Special Session on Unveiling Connections: Number Theory Meets Algebraic Geometry, I
    This session focuses on the research areas of algebraic geometry, number theory, and their interplay. It aims to bring together researchers working at this interface to foster collaboration, exchange ideas, and explore the deep connections between these fields.
    Organizers:
    Pankaj Singh, University of South Carolina pksingh@email.sc.edu
    Shreya Sharma, University of South Carolina
    Ms. Swati, University of South Carolina

  • Unscheduled
    Special Session on Unveiling Connections: Number Theory Meets Algebraic Geometry, II
    This session focuses on the research areas of algebraic geometry, number theory, and their interplay. It aims to bring together researchers working at this interface to foster collaboration, exchange ideas, and explore the deep connections between these fields.
    Organizers:
    Pankaj Singh, University of South Carolina pksingh@email.sc.edu
    Shreya Sharma, University of South Carolina
    Ms. Swati, University of South Carolina

  • Unscheduled
    Special Session on Unveiling Connections: Number Theory Meets Algebraic Geometry, III
    This session focuses on the research areas of algebraic geometry, number theory, and their interplay. It aims to bring together researchers working at this interface to foster collaboration, exchange ideas, and explore the deep connections between these fields.
    Organizers:
    Pankaj Singh, University of South Carolina pksingh@email.sc.edu
    Shreya Sharma, University of South Carolina
    Ms. Swati, University of South Carolina

  • Unscheduled
    Special Session on Unveiling Connections: Number Theory Meets Algebraic Geometry, IV
    This session focuses on the research areas of algebraic geometry, number theory, and their interplay. It aims to bring together researchers working at this interface to foster collaboration, exchange ideas, and explore the deep connections between these fields.
    Organizers:
    Pankaj Singh, University of South Carolina pksingh@email.sc.edu
    Shreya Sharma, University of South Carolina
    Ms. Swati, University of South Carolina

  • Unscheduled
    Contributed Paper Session, I
    Organizers:
    Benjamin A. Lotto, Vassar lotto@vassar.edu

Inquiries: meet@ams.org