TSVP Talk: Bringing Shape to Graph Representations: From Topological Contrastive Learning to Joint-Embedding Predictive Architectures by Yulia Gel

TSVP Talk
Language: English (no interpretation).
Target audience: General audience / everyone at OIST and beyond.
Freely accessible to all OIST members and guests without registration (also via Zoom).

Mini Course: Brownian motion from a PDE point of view

Brownian motion from a PDE point of view.  Session 2

Presented by Prof. Nicolas Dirr from Cardiff University.

Mini Course: Convexity and semiconvexity in the Heisenberg group and Carnot groups with applications

Convexity and semiconvexity in the Heisenberg group and Carnot groups with applications

4 hours over the week July 13 to July 17 (Monday and Friday) NOTE: Dates have changed.

Room: Lab 4 F01.

Professor Federica Dragoni, Cardiff University, TSVP visitor

Strucshare meeting: Presentation by Alberto Perez and Professor Mihnea Bostina

Strucshare Meeting & Presentation

TSVP Talk: Augment Human Thought and Creativity with the Power of AR and AI by Ryo Suzuki

TSVP Talk
Language: English (no interpretation).
Target audience: General audience/everyone at OIST and beyond.
Freely accessible to all OIST members and guests, no registration required (also via Zoom).

Mini Course: Convexity and semiconvexity in the Heisenberg group and Carnot groups with applications

Convexity and semiconvexity in the Heisenberg group and Carnot groups with applications

4 hours over the week July 13 to July 17 (Monday and Friday) NOTE: Dates have changed.

Room: Lab 4 F01.

Professor Federica Dragoni, Cardiff University, TSVP visitor

TSVP Talk: "Universality in Eigenvalue/vector Distributions of Random Tensors" by Naoki Sasakura

Eigenvalues/vectors of tensors are a modern concept extending those of matrices. They appear in various non-linear contexts, such as spin glasses, general relativity, artificial intelligence, quantum information theory, string theory, and so on, while the matrix counterpart in linear-contexts. Understanding universal properties across various tensor eigen problems is important, since this assures their wide applicability. I talk about our recent finding of a universality of tensor eigenvalue/vector distributions, which has been achieved by systematically computing them using quantum field theoretical techniques. 

TSVP Talk: "Degenerate PDEs and Their Underlying Sub-Riemannian Structure" by Federica Dragoni

In the talk, I will show how PDEs, which may appear highly degenerate at first glance, become far more regular when interpreted within a different underlying geometry. In particular, I will focus on PDEs related to the so-called Hörmander regularity theory, which is connected to sub-Riemannian geometries such as the Heisenberg group and Carnot groups. The aim is to provide an overview of this theory that is accessible to a broad scientific audience; therefore, I will mostly concentrate on simple yet significant examples.

Mini Course: Computer Vision and Machine Learning for Scientific Visual Data Analytics

Computer Vision and Machine Learning for Scientific Visual Data Analytics

8 sessions over 4 weeks June 29 to July 27

UPDATE: Course is now full, any further registrations are on a wait-list basis

Professor Shu Kong, University of Macau, TSVP visitor

Outreach event by Prof. Federica Dragoni: Math&Board Game Evening

Subject: Upcoming Social Event: Math Outreach & Board Game Night!

Hi everyone,

Are you interested in math education, school outreach, or just looking for a fun break between lectures?

You are warmly invited to an informal social gathering centered on Math Outreach and Board Games, hosted by visiting scientist Professor Federica Dragoni (Cardiff University).

This is a casual space for PhD students, young researchers, and senior staff to hang out, talk about innovative teaching approaches, and—most importantly—play some games!

※Since the venue isn't very large, if there are a large number of participants, admission will be on a first-come, first-served basis.※

What to expect:

• The Games: We will have a curated mix of popular commercial board games alongside custom mathematical games designed by students.
• The Goal: Play, test things out, and get inspired by how games can be used as serious tools to share mathematics with schools and the public.
• The Vibe: Completely informal. Grab a drink/snack, join a table, and chat freely with peers and faculty.

Whether you want to brainstorm your next outreach project or just want to roll some dice and talk math, we hope to see you there!

Date: [Admin to insert]
Time: [Admin to insert]
Location: [Admin to insert]