"TSVP Teatime": informal discussions and getting to know each other, now in the Visiting Program (TSVP) office area in Lab 5 EF03

OIST Innovation opens its doors to OIST community every Friday .

TSVP Talk "What We Can Learn From Fish: The Xiphophorus Evolutionary Model for Human Diseases" Speaker : Manfred Schartl (University of Würzburg, Texas State University) 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).

MLDS unit seminar, Makoto Yamada (OIST), PhiNets: Brain-inspired Non-contrastive Learning Based on Temporal Prediction Hypothesis

Lecture 7: N = 4 SUSY Yang-Mills II: AdS/CFT

Title: Well-Being and Communication: Exploring Social Interaction and Neurodiversity

Speaker : Rieko Osu ( Waseda University ) Target audience: General audience / everyone at OIST and beyond. Freely accessible to all OIST members and guests without registration.

Career Talk: "How I Made My Living From Fish: The Balancing Act Between My Own Interests and the Interest of Others" by Manfred Schartl

QG group meeting. Speaker: Yasha Neiman. Title: "R,C,H,O number systems, spinors, triality and spacetime".

The OIST Proof of Concept (POC) Program is accepting applications through October 1.

Part of OIST Innovation, POC provides funding and support to help researchers validate the practical applications of their scientific discoveries.

Title: OIST Activities Fair

Date : Friday, May 31st.

Time : 4:00-6:00pm

Location: Conference Center Meeting Room#1~4

We want to help new members and old members find their community at OIST!! We look forward to your participation.

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).

*Japanese session. English sessions will be held from September to December. C-Hub 第１回大学職員向け勉強会　「科学技術と研究者」 （日本語） Presenter: Mizuki Shimanuki, Provost Office. Facilitator: Ayumi Nagai, C-Hub

OIST Innovation opens its doors to OIST community every Friday .

We will discuss diversity, equity, and inclusion (DEI) plans for Okinawa, focusing on the partnership system that recognizes sexual minority couples as equivalent to married ones. In February 2024, Okinawa Prefecture announced that the issuance of certificates to publicly certify a couple's relationship, currently limited to residents of Naha and Urasoe cities, will soon be expanded to all areas of the prefecture. The public services provided based on the certificates will be left to the judgment of each municipality and private company. However, the details of the system, including the contact point for issuing the certificates, are still under consideration. The panelists will address the current issues being faced.

Title: Quantum Time-Dilation in Qubit Hypersurfaces

Abstract: The use of quantum spin systems to study the phenomenon of quantum time dilation leads to new insights into the quantum description of gravity. The basis of this description is the Page and Wootters mechanism, where entanglement between two quantum systems allows one to act as a clock for the other, influencing its time evolution. Intriguingly, when the clock system experiences a "gravitational-like interaction", the resulting time evolution can be described by a Time-Dilated Schrödinger equation. This equation includes a "redshift operator," a purely quantum effect that mimics gravitational time dilation. Here we discuss a novel, finite-dimensional framework in which a network of qubit systems can be used as a "global" clock for another non-interacting component of the universe. The result is the Time-Dilation induced Interaction Transfer (TiDIT) mechanism. TiDIT describes how time dilation due to the interaction of a qubit effectively changes the interaction between previously non-interacting parts of the universe. We will explore this concept with a practical example using two coupled qubits as a model for the quantum clock.

Lecture 6: N = 4 SUSY Yang-Mills I: basic properties. Superconformal invariance.

Speaker: Prof. Masashi Misawa (Kumamoto University)

Title: Regularity for doubly nonlinear parabolic type equations

Speaker : Professor Neal Bez, Saitama University Title : The Brascamp-Lieb Inequality

★Please click here to register

Seminar : Fostering Innovation from Science: Effective Academic-Industry Collaborations in Japan | Kenji Takeda, PhD | Chief Technology Officer, Corundum Innovation | 29 May 2024 | 3:00pm-4:00pm | Lab 5 D23

OIST Workshop | Main organizer: Denis Konstantinov (Quantum Dynamics Unit) | Website | OIST members are welcome to attend all scientific sessions. Meals are closed sessions for registered participants.

OIST Innovation opens its doors to OIST community every Friday .

Presidential Lecture by Prof. Reiko Kuroda on the topic, "Left and right in nature. Does it matter?"

Keyence Demo

*Seminar Time Changed to 14:30-15:30* Dr. Shinichiro Maruyama, Associate Professor, The University of Tokyo

OIST Café is a casual science information session to introduce the OIST PhD program, Research Internship, and other workshops.

May 2, 2024,10am~,Online(Zoom),Language:English, Target:Prospective students

The Falling Walls Lab is an interdisciplinary format to showcase the next generation of top researchers developed and hosted annually by the Falling Walls Foundation in Berlin in November. In 3–minute talks, outstanding talents and innovative thinkers share their research projects, business models and social initiatives with an interdisciplinary audience and jury. Academic institutions worldwide are invited to host their own Falling Walls Lab and to send their winner/s to the Falling Walls Lab Finale in Berlin.

OIST Innovation opens its doors to OIST community every Friday .

Speaker: Prof. Ugur Abdulla （OIST)

Lecture 4: Multiplets of N = 1 supersymmetry in four dimensions. Superfields. Constructing invariant Lagrangians.

Weekly QG group meeting. Speaker: Mirian Tsulaia. Title: "Cubic Action for Spinning Black Holes".

Haarii Dragon Boat Race Introduction

Speaker: Professor Jana Björn , Linköping University and OIST TSVP Visiting Scholar Title: The Dirichlet Problem and Boundary Regularity for Nonlinear Parabolic Equations

Abstract: As shown by Serrin in 1964, the growth at an isolated singularity of solutions to the elliptic equation div A(x, ∇u) = 0 in Rn (including p-harmonic functions with p > 1) is exactly determined by the dimension n and the parameter p associated with the equation. In this talk, I will discuss growth and integrability properties for p-harmonic Green functions and their gradients on weighted Rn, with a p-admissible weight, as well as on complete metric spaces equipped with a doubling measure supporting a p-Poincar´e inequality. In these situations, the dimension n is replaced by the local growth of the underlying measure near the isolated singularity, and the obtained growth and integrability exponents are sharp.

SEMINAR : Innovations along microscaled liquid-liquid interfaces - research, translation and commercialization in Hong Kong | Professor Anderson Shum | University of Hong Kong | 3:00pm May 14, 2024 | C209

Dr Mykhaylo Usatyuk

Kavli Institute for Theoretical Physics, Santa Barbara

OIST Innovation opens its doors to OIST community every Friday .

Dr. Georgii I. Nikonov, Professor, Brock University. Language: English

Lecture 3: Supersymmetric quantum mechanics and index theorems. Localisation.

Dr. Sawako Yamashiro

Associate Professor

Laboratory of Single-Molecule Cell Biology, Graduate School of Biostudies,

Kyoto University

QG group meeting. Speaker: Yasha Neiman. Title: "Unfolded formulation of self-dual higher-spin gravity".

Speaker: Professor Anders Björn, Linkoping University and OIST TSVP Visiting Scholar Title: The Dirichlet problem and boundary regularity for nonlinear parabolic equations

Abstract: The p-parabolic equation \[ \partial_t u = \Delta_p u := \dvg(|\nabla u|^{p-2}\nabla u) \] is a nonlinear cousin of the classical heat equation. As such, it offers both difficulties and advantages compared with the heat equation. In the talk, we consider the Perron method for solving the Dirichlet problem for the p-parabolic equation in general bounded domains in $R^{n+1}$. Compared to space-time cylinders, such domains allow the space domain to change in time. Of particular interest will be boundary regularity for such domains, i.e. whether solutions attain their boundary data in a continuous way. Relations between regular boundary points and barriers will be discussed, as well as some peculiar examples and surprising phenomena related to boundary regularity. Towards the end I will discuss the same type of questions for two other nonlinear cousins of the heat equation, the porous medium equation \[ \partial_t u = \dvg(u^m) \] and the so-called normalized p-parabolic equation \[ \partial_t u = |\nabla u|^{2-p}\Delta_p u. \] The talk is based on collaborations with Jana Bj\"orn (Link\"oping), Ugo Gianazza (Pavia), Mikko Parviainen (Jyv\"askyl\"a) and Juhana Siljander (Jyv\"askyl\"a).

3D printed complex microoptics: Fundamentals and first benchmark applications - come learn how to "print" optical elements!

Ronak Soni

University of Cambridge, DAMTP

National holiday

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National holiday

National holiday

QG group meeting. Speaker: David O'Connell. Title: "Quantum Fields on non-Hausdorff Backgrounds".

Language: English

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