Language: English

[Speaker]

Dr.Takemasa Miyoshi

Team Leader, Data Assimilation Research Team, RIKEN Center for Computational Science

CFF unit is pleased to invite you to the seminar.

★SPECIAL LECTURE Part 2/3 Dr. Adolfo Arroyo-Rabasa , University of Warwick Title: Slicing and fine properties for functions with Bounded \(\mathcal{A}\) -variation - Proof of the slicing characterization and statement of the structure theorem

Associate Professor Jean Van Schaftingen , Université catholique de Louvain Title: Vortex dynamics for the lake equations

Theoretical Physics Seminar. Speaker: Yasha Neiman (Quantum Gravity). Title: "Spinor-helicity variables in Yang-Mills theory".

Speaker: Mark Wildon , Royal Holloway, University of London Title: Plethysms, polynomial representations of linear groups and Hermite reciprocity over an arbitrary field

OIST and Keio University, Japan's very first private institution of higher learning located in the center of Tokyo, are starting a series of short seminars (OIST-KEIO SHOWCASE TALK) to introduce each other's researchers to promote future collaboration.

Stories of the great fanfictions on the 3 Abrahamic religions, their writers, their collisions with the anti-intellectual atmospheres of the day, the role of fear, and the uncanny inflammability of manuscripts.

Speaker: Yasha Neiman.

Presenter: Ms. Afshan Jamshaid

Supervisor: Professor Yabing Qi

Unit: Energy Materials and Surface Sciences Unit

Professor Giovanni Leoni , Carnegie Mellon University Title: Some remarks on homogeneous fractional Sobolev spaces

Language: English

Professor Irene Fonseca , Carnegie Mellon University Title: Phase Transitions in Heterogeneous Media: Equilibria and Geometric Flows Abstract:

A variational model in the context of the gradient theory for fluid-fluid phase transitions with small scale heterogeneities is studied. In the case where the scale of the small homogeneities is of the same order of the scale governing the phase transition, the interaction between homogenization and the phase transitions process leads to an anisotropic interfacial energy.

The underlying gradient flow provides unconditional convergence results for an Allen-Cahn type bi-stable reaction diffusion equation in a periodic medium. The limiting dynamics are given by an analog for anisotropic mean curvature flow, of the formulation due to Ken Brakke. As an essential ingredient in the analysis, an explicit expression for the effective surface tension, which dictates the limiting anisotropic mean curvature, is obtained.

This is joint work with Riccardo Cristoferi (Radboud University, The Netherlands), Adrian Hagerty, Cristina Popovici, Rustum Choksi (McGill), Jessica Lin (McGill), and Raghavendra Venkatraman (CMU).

OIST Quantum/Cyber Security Initiative The Science, the Opportunities, and the Real-World Challenges Co-hosted by Asia Society Japan Center & OIST

OIST Workshop | Main organizer: Marco Terenzio (Molecular Neuroscience Unit) | OIST members are welcome to attend all scientific sessions

We ask for you understanding that the dates are subject to change due to the the current COVID-19 situation.

Originally scheduled for September 2020, this workshop has been rescheduled to October 2021 due to the situation with COVID-19. The new dates are Oct 25 - 28, 2021.

OIST Workshop | Visit the workshop's website for more details. | OIST members are welcome to attend all scientific sessions

OIST Workshop | Main organizer: Tom Froese (Embodied Cognitive Science Unit) | Website | OIST members are welcome to attend all scientific sessions

We ask for you understanding that the dates are subject to change due to the the current COVID-19 situation.

OIST Mini Symposium | Organizing unit: Protein Engineering and Evolution | Open to OIST members | For non-OIST members: Please contact the organizers for information on how to participate.

We ask for your understanding that the dates are subject to change due to the current COVID-19 situation.

OIST Mini Symposium | Organizing unit: Evolutionary Genomics Unit | Open to OIST members | For non-OIST members: Please contact the organizers for information on how to participate.

Originally scheduled for the end of November 2020, this OIST Mini Symposium has been rescheduled to the end of November 2021 due to the situation with COVID-19. The new dates are Nov 30 - Dec 2, 2021. We ask for your understanding that the dates are subject to change due to the current COVID-19 situation.

OIST Workshop | Main organizer: Liron Speyer (Representation Theory and Algebraic Combinatorics Unit) | OIST members are welcome to attend all scientific sessions

We ask for you understanding that the dates are subject to change due to the the current COVID-19 situation.

Originally scheduled for January 2021, this workshop has been rescheduled to January 2022 due to the situation with COVID-19. The new tentative dates are Jan 11 - Jan 14, 2022.

OIST Workshop | Visit the workshop's website for more details. | OIST members are welcome to attend all scientific sessions

OIST Mini Symposium | Organizing unit: Human Developmental Neurobiology Unit | OIST members are welcome to attend all scientific sessions | For non-OIST members: Please contact the organizers for information on how to participate.

OIST Workshop | Organizing unit: Biodiversity and Biocomplexity Unit | OIST members are welcome to attend all scientific sessions

Originally scheduled for February 2021, this workshop has been rescheduled to February 2022 due to the situation with COVID-19. The new tentative dates are Feb 7 - 11, 2022. We ask for your understanding that the dates are subject to change due to the current COVID-19 situation.

OIST Mini Symposium | Organizing unit: Micro/Bio/Nanofluidics Unit | Open to OIST members | For non-OIST members: Please contact the organizers for information on how to participate.

Originally scheduled for March 2021, this OIST Mini Symposium has been rescheduled to March 2022 due to the situation with COVID-19. The new dates are March 15 - 17, 2022. We ask for your understanding that the dates are subject to change due to the current COVID-19 situation.