More from Events Calendar
- Apr 83:00 PMHarvard–MIT Algebraic Geometry SeminarSpeaker: Bogdan Zavyalov (Princeton University)Title: The trace morphism and Poincaré duality in p-adic non-archimedean geometryAbstract:I will explain a construction of the trace morphism for smooth morphism of analytic adic spaces. Then I will explain how one can use this trace to prove various Poincare Duality type results. In particular, I will discuss a new easy proof of Poincare Duality for F_p-cohomology groups of smooth proper p-adic rigid-analytic spaces and an appropriate generalization of this result to arbitrary proper morphisms.
- Apr 83:30 PMHow to Win a Nobel PrizeUEA Distinguished Speaker Series | Featuring Daron Acemoglu, Joshua Angrist, Abhijit Banerjee, Esther Duflo, and Bengt Holmstrom
- Apr 84:00 PMBiology ColloquiumSpeaker: Geraldine Seydoux, John Hopkins School of MedicineHost: Yukiko YamashitaTitle: "A structural role for mRNAs in condensates?"The Biology Colloquium is a weekly seminar held throughout the academic year — featuring distinguished speakers in many areas of the biological sciences from universities and institutions worldwide. More information on speakers, their affiliations, and titles of their talks will be added as available. Unless otherwise stated, the Colloquium will be held live in Stata 32-123 (Kirsch auditorium) Contact Margaret Cabral with questions.
- Apr 84:00 PMHeterogeneous Impact of the Global Financial CycleAleksei Oskolkov Univ of Yale
- Apr 84:00 PMNew England I-Corps Program Information SessionFor Researchers Interested in Commercializing their New TechnologyLearn what I-Corps is all about and what to expect in the programExplore the benefits of participating in our I-Corps short courseWhat will the next steps be toward a potential $2MM in non-dilutive funding supportThere will be an opportunity for Q&A at the end of the session
- Apr 84:00 PMProfessor. Venkat Kapil, University College LondonTitle: Machine Learning for Full-Quantum Simulations of Condensed Phases and Interfaces: application to the first-principles phase diagram of nanoconfined water