Following the success of the previous ORC survey, and the Student Council surveys it was modeled on, the ORC Council is running the biannual survey (~5-10min) to gauge research employee satisfaction at OIST. Please fill the survey in this link: https://groups.oist.jp/ganjuu/oist-researcher-community-survey-2023.
Wednesday December 20th, 2023
to Friday December 22nd, 2023 (All day)
Sydney Brenner Lecture Theater, B250, Center Bldg.
This workshop, jointly hosted by RIKEN Pioneering Projects "Prediction for Science" and OIST, aims to foster interdisciplinary collaboration between OIST and RIKEN researchers.
Speaker: Mr. Simon Goorney (Research Assistant from European Quantum Readiness Center, Aarhus University)
Target Audience: Intern, Students, PostDocs, and those who are interested in the same research field.
Visitor seminar hosted by Quantum Gravity Unit
Speaker: Dr. Priyadarshini Pandit, Indian Institute of Technology Kanpur
Title: Tensionless Strings and Compactification
We are planning to hold a UGM (Users Group Meeting) on Friday, December 15th, from 1pm at C700. In the meeting, we will announce the timeline of the PacBio Revio System, and the latest information about the Illumina sequencers.
https://oist.zoom.us/j/99462228135?pwd=YWRydDVWSXlUK1pBeVdCUFlEWmR0QT09
Target audience: Interns, Students, PostDocs, and those who are interested in the same research field.
Language: English
Speaker: Prof. Yohei Fujishima (Shizuoka University)
Title: Quasi self-similarity and its application to the global in time solvability of a superlinear heat equation
Speaker: Professor Yabing Qi, Energy Materials and Surface Sciences Unit
Title: Surface sciences and perovskite solar cells
Chair: Professor Evan Economo, Biodiversity and Biocomplexity Unit, Dean of Faculty Affairs
Speaker 1: Ms. Kira Duesterwald, Ph. D Student, University College London
Title: Perceptual inference in an uncertain world: how you report matters
Speaker 2: Ms. Clea Mehnia Laouar, Ph. D Student, OIST
Title: Large scale similarity search with Optimal Transport
Levitated quantum systems can be used to build ultra-precise sensors for use in technology but also to search for new fundamental types of forces and dark matter. In this seminar PhD student Trisha Madhavan from Mikhail Lukin's Nanomechanics subgroup at Harvard University will talk about her work on levitating tiny magnets and coupling them to NV defects in diamond.