Thematic period in Resurgent Asymptotics in Physics and Mathematics
2017-10-09 — 2017-12-15
Ricardo Schiappa is one of the organizers of the thematic period Resurgent Asymptotics in Physics and Mathematics at the Kavli Institute for Theoretical Physics, University of California, Santa Barbara.
Workskop on Operator Theory, Complex Analysis, and Applications 2017 / WOTCA 2017
2017-07-03 — 2017-07-06
The Workskop on Operator Theory, Complex Analysis, and Applications 2017 / WOTCA 2017 will take place in Lisbon, Portugal, on 3-6 July 2017.
It aims to bring together researchers working in Operator Theory, Complex Analysis, and their applications, namely in Mathematical Physics, and to create an opportunity to highlight the current state of the art in these fields, present open problems and engage in fruitful discussions.
This meeting follows the line of five previous workshops, WOTCA 2010, WOTCA 2012, 2-Day OTCA 2013, WOTCA 2014, WOTCA 2016.
Quantum Spacetime ’17
2017-01-30 — 2017-02-03
The workshop will take place at Departamento de Física e Astronomia, Faculdade de Ciências da Universidade do Porto.
This workshop will address various aspects of noncommutative geometry (NCG) as covered by the COST Action MP1405 Quantum Structure of Spacetime (QSpace):
- Connection of NCG with realistic phenomenological models, including the Standard Models of Particle Physics and Cosmology
- New constructions of fields, matter and quantum spacetimes in NCG
- Connections between NCG and other models of gravity
ERC Grant awarded to Patrícia Gonçalves
Patrícia Gonçalves, researcher at CAMGSD and an Associate Professor at the Instituto Superior Técnico since May 2016, has been awarded an ERC Starting Grant of 1,180,000€ for 5 years. This is the first time the European Research Council has granted this award to a mathematician working in Portugal.
The funded research project aims at characterizing the universality of the macroscopic behavior of some physical systems from underlying microscopic stochastic dynamics, by deriving the macroscopic laws, namely, (stochastic) partial differential equations, which govern the space-time evolution of the thermodynamic quantities of those physical systems.
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