Join the first OIST Science Speed Dating Event at the President House

Internal Seminar Series

Internal Seminar Series

Speaker: Mr. Osuga is currently at his last year as a Ph.D. student at the University of Alberta.

外部主催イベントです。お問い合わせは主催側までお願いいたします。

We are offering Q&A session today from 1pm – 3pm to answer your questions. Please take this opportunity to ask any questions.

Date: Feb. 14 ^th from 1pm to 3pm

Place: Meeting Room C15, Lab 1

Intended participants: all the SciFinder users

＊ Our choice of SciFinder product will be based on your opinions. It is very important that you participate in this Trial so that you can give us your opinions about them. ＊

Speaker: Mr. Osuga is currently at his last year as a Ph.D. student at University of Alberta, Canada.

Speaker: Prof. Simon Gardiner, Durham University, UK

Language: English

Speaker: Prof Chen‐Bin (Robin) Huang, National Tsing Hua University, Taiwan Talk title: Optical vortex creation and nonlinear frequency conversion in plasmonic devices

Selection workshop for students seeking admission to the OIST PhD program in 2019

National holiday

外部主催イベントです。お問い合わせは主催側までお願いいたします。

This is an externally organized event. For more information contact the organizers.

Bike to Work!

Please address inquiries to the President's Office.

Speaker: Dr. Tiago J. Arruda, University of São Paulo, Brazil Language: English

Internal Seminar Series

Internal Seminar Series

Speaker: Prof. Romain Bachelard, University of São Paulo, Brazil Language: English

Prof Mark Tame, Stellenbosch University, South Africa

Joint Math and Theoretical physics seminar on Chern-Simons theory, Knot invariants and Volume conjecture. Vyacheslav Lysov will be leading the discussion.

Abstract: A CP^1-structure is a geometric structure on a (compact oriented) surface S and its holonomy is a homomorphism from the fundamental group of the surface into PSL(2, C). Moreover it corresponds to a holomorphic quadratic differential on a Riemann surface.

We consider a path C_t of CP^1-structures on S such that C_t diverges to infinity in its deformation space and yet its holonomy converges. We describe its asymptotic behavior of C_t under the assumption the Riemann surface structure on C_t is pinched along a single loop.

Anton Zabrodin, Deputy Head of the International Laboratory of Representation Theory and Mathematical Physics, Professor, National Research University Higher School of Economics, Moscow.

Joint talk with Prof. Douglas Soltis, Distinguished Professor in the Florida Museum of Natural History and Department of Biology at the University of Florida, and Prof. Pamela Soltis Pam Soltis, Distinguished Professor and Curator, Polyploidy and plant phylogenetics.

Open Meeting on Strategy chaired by Dr. Ken Peach

Everyone is welcome

Abstract: Motivated by generalizations of the Ginsburg-Landau energy and the diffusion equation in which derivatives are replaced by fractional derivatives, Caffarelli, Roquejoffre, and Savin studied the minimizers of a fractional perimeter functional on sets involving a parameter between 0 and 1. Such minimizers have to satisfy a pointwise condition on their boundary, which can be used to define a notion of nonlocal mean-curvature. This definition only holds for surfaces which are the boundary of a set. I will describe how to define a nonlocal notion of mean-curvature for any surface by introducing a fractional area functional and considering its minimizers. Moreover, I will describe how these ideas can be extended to curves by defining a fractional length and an associated nonlocal curvature for a curve.

Seminar hosted by Theory of Quantum Matter Unit

Prof. Johannes Reuther, Helmholtz Zentrum Berlin, Germany

Prof. Yu Shen, UT MD Anderson Cancer Center

Lectures and microscope demonstration : Super resolution microscopy (SIM, STORM/PALM, STED, etc.) Aberration correction, Labeling condition, Sampling rate, Denoising, etc.) Applications in research. etc. Registration reqired for demonstration. Language: English

１３：３０開場　１４：００開演

入場無料、要予約

会場: 名護２１世紀の森体育館（メインアリーナ） 　　　〒905-0015 沖縄県名護市大南２丁目１−１

参加費: 無料

This is an externally organized event. For more information contact the organizers.

Dr. Maxim Trushin, Centre for Advanced 2D Materials, NUS, Singapore

Speaker: Dr. Katja T.C.A. Peijnenburg 1) Naturalis Biodiversity Center, Leiden, The Netherlands 2) University of Amsterdam, Amsterdam, The Netherlands

Abstract: The rational homotopy groups of the group Diff(S^4) of self-diffeomorphisms of S^4 with the C^\infty-topology. We present a method to prove that there are many 'exotic' non-trivial elements in the rational homotopy groups of Diff(S^4) parametrized by trivalent graphs. The proof utilizes Kontsevich's characteristic classes for smooth disk bundles and a version of clasper surgery for families. In fact, these are analogues of Chern-Simons perturbation theory in 3-dimension and clasper theory due to Goussarov and Habiro.

First Assembly of the ORC (OIST Researcher Community) with the new elected office.

Language: English

Speaker: Prof Ya Tang Yang - Jack; National Tsing Hua University, Taiwan

Language: English

沖縄県立芸術大学大学院造形芸術研究科展 at OIST。入場無料。

TQM unit is pleased to invite everyone to a seminar.

Seminar Language: English

The Tokuyasu cryo-sectioning method is a well-established technique in Cell Biology for the localisation of macromoleculs by immuno-gold labelling. We will teach the essentials like chemical fixation and its impact on the cellular ultrastructure, how to judge the quality of antibodies and to do immunolabelling.

Cooking Competition

Monterey Bay Aquarium Research Institute https://www.mbari.org/bessho_manabu/

“QuickFix”- improve your application materials in an interactive and a time-efficient manner!

Abstract: In this talk, I will explain basics of the Seiberg-Witten equations and applications to topology. I will also mention about recent progress in the Seiberg-Witten Floer theory.

Seminar by Prof. Tuan Tran,School of Mechanical & Aerospace Engineering, Nanyang Technological University, Singapore

Speaker: Prof. Jean-Jacques Slotine Massachusetts Institute of Technology Title: Adaptive nonlinear control and learning dynamics with spiking networks