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Isaac Newton Institute Seminar Series
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The Isaac Newton Institute for Mathematical Sciences is a national and international visitor research institute. It runs research programmes on selected themes in mathematics and the mathematical sciences with applications over a wide range of science and technology. You can receive regular information by email on Institute seminars and events by subscribing to our mailing lists: follow the instructions at http://www.newton.cam.ac.uk/mailing.html. There are lists for each individual Institute programme. If you have a question about this list, please contact: Kathryn de Ridder; Clare Merritt; INI IT; Vincenzo Abete; ss917; ad864; Robert Barczyk. If you have a question about a specific talk, click on that talk to find its organiser. 115 upcoming talks and 12462 talks in the archive: show first 500. Open problem/Discussion: Inferring collective behavior in a wild bat swarm from audio-visual dataMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
A machine-learning based model of non-Newtonian hydrodynamics with molecular fidelitySPL - New statistical physics in living matter: non equilibrium states under adaptive control
How do forces transmitted from a cell's environment affect DNA organization?SPL - New statistical physics in living matter: non equilibrium states under adaptive control
Outcome and Future directions on the Mathematics of Movement - IntroductionMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Modelling collective movement: my experiences at the INIMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Turing patterns on the move: from the dynamics of neural cells to animal movementMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Mathematics of Movement: Single and Collective Cell MigrationMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Tracking Movements: From Molecules to MammalsMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Mathematics of movement: integrating conceptual and quantitative approaches in animal ecology and cell biologyMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
MMV discussionsMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
title and abstractSPL - New statistical physics in living matter: non equilibrium states under adaptive control
Control of the emergent collective dynamics in motile cilia from the local beating propertiesSPL - New statistical physics in living matter: non equilibrium states under adaptive control
Using dynamical systems tools to incorporate active sensing into models of collective motionMMV - Mathematics of movement: an interdisciplinary approach to mutual challenges in animal ecology and cell biology
Non-equilibrium wet-dry cycling acts as a catalyst for chemical reactionsSPL - New statistical physics in living matter: non equilibrium states under adaptive control
Some landmarks in the ancient history of physical and quantitative biologySPL - New statistical physics in living matter: non equilibrium states under adaptive control
Geometric invariant theory: reductive and non-reductive (Lecture 1)EMGW01 - Equivariant methods in geometry
Bridgeland stability conditions on Triangulated categories (Lecture 1)EMGW01 - Equivariant methods in geometry
On Cox rings and quiver flag varieties (Lecture 1)EMGW01 - Equivariant methods in geometry
Bridgeland stability conditions on Triangulated categories (Lecture 2)EMGW01 - Equivariant methods in geometry
Geometric invariant theory: reductive and non-reductive (Lecture 2)EMGW01 - Equivariant methods in geometry
K-stability and infinite dimensional moment maps (Lecture 1)EMGW01 - Equivariant methods in geometry
On Cox rings and quiver flag varieties (Lecture 2)EMGW01 - Equivariant methods in geometry
Stacks and moduli spaces (Lecture 1)EMGW01 - Equivariant methods in geometry
Geometric invariant theory: reductive and non-reductive (Lecture 3)EMGW01 - Equivariant methods in geometry
K-stability and infinite dimensional moment maps (Lecture 2)EMGW01 - Equivariant methods in geometry
Computational invariant theory (Lecture 1)EMGW01 - Equivariant methods in geometry
Stacks and moduli spaces (Lecture 2)EMGW01 - Equivariant methods in geometry
Geometric invariant theory: reductive and non-reductive (Lecture 4)EMGW01 - Equivariant methods in geometry
Complex hyperbolicity, holomorphic differential equations and jet spacesEMGW01 - Equivariant methods in geometry
Computational invariant theory (Lecture 2)EMGW01 - Equivariant methods in geometry
Stacks and moduli spaces (Lecture 3)EMGW01 - Equivariant methods in geometry
Geometric invariant theory: reductive and non-reductive (Lecture 5)EMGW01 - Equivariant methods in geometry
Non-reductive GIT in action: hyperbolicity and enumerative geometryEMGW01 - Equivariant methods in geometry
Computational invariant theory (Lecture 3)EMGW01 - Equivariant methods in geometry
Welcome TalkADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Structure Formation in Active MatterADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Structure formation in scalar active matterADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
The incompressible Toner-Tu equations and their correspondence with the multifractal model and the Navier-Stokes equationsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Analytical study of Pavlov equationADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Heat transfer in a chemically reactive fluid across exponentially stretching vertical surface with transverse magnetic field in unsteady porous mediumADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Layering, PV and GFD ApplicationsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Formation of large-scale zonal flow in two-dimensional turbulence on a rotating sphereADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Young Geometers SymposiumEMG - New equivariant methods in algebraic and differential geometry
Stratified Poiseuille flow: from linear instability to spontaneous layeringADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Layering in stratified flowsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Circulation structures in the atmospheric boundary layer: helicity estimations and spectral characteristics at various scalesADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Turbulence, vortices, waves, jets and anomalous modes in hydrodynamic laboratory experiments in rotating systemsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Negative effective diffusivity in strongly stratified turbulenceADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Layering in Fingering Convection: an introductory reviewADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Modelling salt fingering staircases in 1 dimensionADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Young Geometers SymposiumEMG - New equivariant methods in algebraic and differential geometry
Ice melting in salty water: layering and non-monotonic dependence on the mean salinityADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
The solar tachocline: An extremely puzzling layerADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Free afternoonADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Staircases in Confined Magnetized Plasmas — Overview via Selected TopicsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
The E x B staircase as the self-organization in non-equilibrium complex systemsADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Young Geometers SymposiumEMG - New equivariant methods in algebraic and differential geometry
Structure formation and layering in two dimensional and dissipative drift wave turbulenceADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Harmonic generation in laser produced plasmasADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Scale selection and feedback loops for formation and sustainment of a mesoscopic staircase structure in drift wave-zonal flow turbulenceADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Resiliency of Fluctuating Layered Ordered States - A Reduced ModelADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Plumes and turbulent transportADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Spatio-Temporal Dynamics of Oxygen Transfer Between Microorganisms from Two Kingdoms of LifeADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Interaction between fast tides and convectionADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Roll waves and their analogues: dynamics and coarseningADIW01 - Layering — A structure formation mechanism in oceans, atmospheres, active fluids and plasmas
Marked bases and Hilbert schemes of pointsEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW02 - Applied and computational algebraic geometry
Linking Invariant Theory to Maximum Likelihood EstimationEMGW02 - Applied and computational algebraic geometry
Algorithms and computations with Bridgeland stability conditionsEMGW02 - Applied and computational algebraic geometry
Critical Points Of Discrete Periodic OperatorsEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW02 - Applied and computational algebraic geometry
Computing fundamental invariants and equivariants of a finite group actionEMGW02 - Applied and computational algebraic geometry
Symmetrically coloured Gaussian graphical models with toric vanishing idealsEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW02 - Applied and computational algebraic geometry
Counting using equivariant cohomologyEMGW02 - Applied and computational algebraic geometry
Single Cell 3D Genome Reconstruction in the Haploid Setting Using Rigidity TheoryEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW02 - Applied and computational algebraic geometry
Santaló Geometry of Convex PolytopesEMGW02 - Applied and computational algebraic geometry
Kuramoto Oscillators: Dynamical Systems meet Computational Algebraic GeometryEMGW02 - Applied and computational algebraic geometry
Title TBAEMGW03 - Singularity theory and hyperbolicity
TBAEMGW03 - Singularity theory and hyperbolicity
Title TBAEMGW03 - Singularity theory and hyperbolicity
TBAEMGW03 - Singularity theory and hyperbolicity
Title TBAEMGW03 - Singularity theory and hyperbolicity
TBAEMGW03 - Singularity theory and hyperbolicity
TBAEMGW03 - Singularity theory and hyperbolicity
TBAEMGW03 - Singularity theory and hyperbolicity
Title TBAEMGW03 - Singularity theory and hyperbolicity
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Transitions to vortex condensate growth in buoyancy-driven rotating turbulenceADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
A universal robustness to spatio-temporal variation in pattern formationADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk - TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
How storm develops as the wind blowsADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk - TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Bump attractors and waves in networks of leaky integrate-and-fire neuronsADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk - TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Title TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Contributed talk - TBCADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Anti-diffusive transport of angular momentum and super-rotation in planetary atmospheresADIW02 - Mathematical and Computational Modelling of Anti-Diffusive Phenomena
Please see above for contact details for this list. |
Other listsMillennium Mathematics Project (http://maths.org) Ancient India and Iran Trust Tackling Obesity with Big Data: methods & models - One Day SeminarOther talksCambridge-Lausanne Workshop 2018 - Day 1 Tunable Functional Magnetic Skyrmions at Room Temperature Cambridge - Corporate Finance Theory Symposium September 2018 - Day 2 Regulation of progenitor cells in adult lung and in lung cancer Reforming the Chinese Electricity System: A Review of the Market Reform Pilot in Guangdong The microenvironment in the myeloid malignancies Symplectic topology of K3 surfaces via mirror symmetry Microtubule Modulation of Myocyte Mechanics 70th Anniversary Celebration Fields of definition of Fukaya categories of Calabi-Yau hypersurfaces Oncological Imaging: introduction and non-radionuclide techniques & radionuclide techniques |
Nicole Abaid (Virginia Polytechnic Institute and State University).
Monday 11 December 2023, 14:00-15:00