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Public lists managed by

• Trinity Mathematical Society

Talks given by

Obviously this only lists talks that are listed through talks.cam. Furthermore, this facility only works if the speaker's e-mail was specified in a talk. Most talks have not done this.

Talks organised by

This list is based on what was entered into the 'organiser' field in a talk. It may not mean that actually organised the talk, they may have been responsible only for entering the talk into the talks.cam system.

• TMS Week 9 - Prof. Leonard Susskind of Stanford University
• TMS Week 8 - Dr. Henry Wilton of Trinity College Cambridge
• TMS Week 7 - Prof. Ana Caraiani of Imperial College London
• TMS Week 6 - Prof. Emily Riehl of Johns Hopkins University
• TMS Week 5 - Prof. David Conlon of Caltech
• TMS Week 4 - Prof. Piers Coleman of Rutgers University - Atoms, Particles and Fractionalization
• TMS Week 2 - Dr. Jeremy Butterfield of Trinity College (Cambridge), All Souls (Oxford) - A Philosopher Looks at Multiverse Proposals
• TMS Week 7 - Prof. Michel Goemans of MIT
• TMS Week 6 - Prof. Ken Ono of Columbia University
• TMS Week 5 - Prof. Simon Brendle of Columbia University
• TMS Week 4: Prof. Subir Sachdev of Harvard University
• TMS Week 3: Prof. Lisa Piccirillo of MIT
• TMS Week 2 - Prof. Frank Wilczek of MIT (2004 Nobel Prize)
• TMS Week 1 - Prof. Béla Bollobás (FRS)
• 'Bubble Sucking Tadpoles and other Animals: Using Mathematical Models to Explain Biological Phenomena' - George Fortune (damtp)
• The importance of Diophantine equations in the Standard Model. -Philip Boyle-Smith (damtp).
• Locomotion: from basilisk lizards to bacteria. -Maria Tatulea-Codrean (damtp).
• Multiply-Charged Vortices in Nonconservative Quantum Hydrodynamics. -Sam Alperin (damtp).
• Intervals in the Hales-Jewett theorem. -Eero Raty (dpmms).
• Gaussian Latent Tree Models and their Statistics. -Thomas Marge (statslab)
• An introduction to descent calculations on elliptic curves. -Jiali Yan (dpmms).
• "I just want to be pure": graded monads for program analysis -Andrej Ivaskovic (computer laboratory).
• The fluid-mechanics of CO2 sequestration - Professor John Lister (DAMTP)
• Using maths to clean-up our oceans - Dr Thomas Crawford
• Some elements of algebraic geometry
• High-dimensional data and the Lasso
• Coffee stains, cell receptors, and time crystals: lessons from the old literature
• Is classical physics deterministic? - Professor Mihalis Dafermos (DPMMS)
• The Universality Phenomenon - Dr Roland Bauerschmidt (DPMMS)
• Higher Dimensions - Professor Imre Leader (DPMMS)
• How to Build Mathematical Models
• Elliptical billiards and Poncelet trajectories
• Addition, multiplication, and why they don’t get along
• Uniform Bounds for Non-negativity of the Diffusion Game
• A generalization of the off-diagonal Ramsey numbers
• Why is $e^{\pi \sqrt{163}}$ almost an integer?
• Elastic snap-through: from the Venus flytrap to jumping popper toys
• Why sperm doesn’t have fins
• The non-equilibrium characteristics of active matter
• Networks of non-equilibrium condensates for global optimisation of spin Hamiltonians
• Introduction to Topological Phases of Matter
• Maximum likelihood estimation of a log-concave density
• Designing Dementia Trials Embedded Within a Cohort
• Mechanics meets biology
• How the Titanic Tragedy transformed Trinity: Turbulence Theory and Taylor in the Teens
• Mathematical biology: the trickiest branch of mathematics?
• Frank Anscombe and Cambridge in the 1940's and 50's
• G.H. Hardy: The leading mathematician in England
• From CATAM to Quantum
• Milne and the Dawn of the Theory of Stellar Structure
• Trinity Around 1970 - student life and math activities
• Industrial Strength Total Failure
• Sum-of-squares proofs
• The Continuum Hypothesis
• Are we living in the matrix?
• Solitons: An Introduction