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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: Jonathan H N Chin; Chie Sibley Obata; Kathryn de Ridder; Clare Merritt; info@newton.ac.uk; Vincenzo Abete; ss917; ad864. If you have a question about a specific talk, click on that talk to find its organiser. 53 upcoming talks and 8775 talks in the archive: show first 500. Some questions and remarks on the theory of singular stochastic PDEsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Beyond the van Hove time scaleSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Pointwise multiplication of random Schwartz distributions with Wilson's operator product expansionSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Non-equilibrium fluctuations for the slow boundary symmetric exclusionSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Functional Integrals for Bose-Fermi SystemsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
BV functions in separable Hilbert spacesSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Edge universality in interacting topological insulatorsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Walking, Weakly First-Order Phase Transitions, and Complex CFTsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Invariant measure and flow associated to the Phi4-quantum field model on the three-dimensional torusSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
title and abstract to be advisedHHH - Homotopy harnessing higher structures
The critical behavior of $\phi^4_4$SRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
K-theory of cuspsHHH - Homotopy harnessing higher structures
Renormalization of quantum Yang-Mills theories in 4 dimensionsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Renormalized quantum BV operator and observables in gauge theories and gravitySRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
The RG landscape in 1+1 dimensionsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Renormalisation in Regularity Structures: Part ISRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
The scaling limit of the KPZ equation in space dimension 3 and higherSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
A scaling limit from Euler to Navier-Stokes equations with random perturbationSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
A PDE construction of the Euclidean $\Phi^4_3$ quantum field theorySRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
CLE Nesting and Liouville Quantum GravitySRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Dold-Kan correspondences and involutive factorisation systemsHHH - Homotopy harnessing higher structures
What does it mean to be continuous?HHH - Homotopy harnessing higher structures
Homotopy Cobordism CategoriesHHH - Homotopy harnessing higher structures
On the Cayley--Hamilton TheoremHHH - Homotopy harnessing higher structures
Spectral gap for Glauber dynamics of hierarchical spin modelsSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Constructive Tensor Field Theory through an exampleSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Renormalisation in Regularity Structures: Part 2SRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Supersymmetry and Ward identities: an alternative approach to renormalization.SRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Feshbach-Schur RG for the Anderson ModelSRQW02 - Quantum field theory, renormalisation and stochastic partial differential equations
Non-equilibrium fluctuations of interacting particle systems, lecture 1SRQ - Scaling limits, rough paths, quantum field theory
Welcome and IntroductionTGMW65 - Novel Computational Paradigms
Why New Computational Approaches are Needed?TGMW65 - Novel Computational Paradigms
Future Challenges in Computation - Energy and PerformanceTGMW65 - Novel Computational Paradigms
Future Directions in Neuromorphic ComputingTGMW65 - Novel Computational Paradigms
Memristor-based Synapses and Neurons for Neuromorphic ComputingTGMW65 - Novel Computational Paradigms
Shannon on DNA: How to Approach the Limits of Molecular Data StorageTGMW65 - Novel Computational Paradigms
DNA Supremacy - The Potential of DNA-based ComputationTGMW65 - Novel Computational Paradigms
Navigation using Grid Cell-Like Representation in Artificial AgentsTGMW65 - Novel Computational Paradigms
Developments in Magnon ComputingTGMW65 - Novel Computational Paradigms
Using DNA to Assemble Molecular Electronic DevicesTGMW65 - Novel Computational Paradigms
Heterotic ComputingTGMW65 - Novel Computational Paradigms
Communication Locality in Computation: Software, Many-core Processors and BrainsTGMW65 - Novel Computational Paradigms
QuestionsTGMW65 - Novel Computational Paradigms
Computational Challenges in the Security SectorTGMW65 - Novel Computational Paradigms
Computing Industry ChallengesTGMW65 - Novel Computational Paradigms
Digital Transformations in Drug DiscoveryTGMW65 - Novel Computational Paradigms
Introduction to the three discussion topics and group formationTGMW65 - Novel Computational Paradigms
Group DiscussionsTGMW65 - Novel Computational Paradigms
Non-equilibrium fluctuations of interacting particle systems, lecture 1SRQ - Scaling limits, rough paths, quantum field theory
Group Leaders feedback on groups and discussionsTGMW65 - Novel Computational Paradigms
Panel Discussions - Questions, Next Steps and Wrap-UpTGMW65 - Novel Computational Paradigms
Non-equilibrium fluctuations of interacting particle systems, lecture 3SRQ - Scaling limits, rough paths, quantum field theory
Towards a non-equilibrium thermodynamics: the role of large fluctuationsSRQ - Scaling limits, rough paths, quantum field theory
Please see above for contact details for this list. |
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Giovanni Jona-Lasinio (Università degli Studi di Roma La Sapienza).
Monday 22 October 2018, 09:30-10:30