Dr. Tadanori Yamaguchi, Kyushu University

QGU Guest Seminar.
Speaker: Heng-Yu Chen (National Taiwan University)
Title: "Exploring Complex Saddles and Geometries through Holography"

[CQD2024 Open Seminar]

Title: From Quantum Optics to Bits and Pieces

Speaker: Prof Klaus Mølmer, Niels Bohr Institute, University of Copenhagen, Denmark

中小企業診断士を講師に招き、創業や資金調達に必要な事業計画書作成のセミナーを開催します。

Seminar for Entrepreneurs

We will invite a small and medium enterprise management consultant to hold a seminar on creating business plans necessary for starting a business and raising funds.

This is the 2nd career talk session collabolated with Sokendai. This session is open to other universityes too. Discover the keys to success in academia as accomplished OIST alumnae share personal anecdotes, invaluable advice, and practical strategies for navigating the challenges and seizing the opportunities that lie ahead. Do not miss out this event which offers a golden opportunity to connect with our alumnae, forge meaningful connections, and gain inspiration from those who have walked the path before you.

We will have two of OIST almuni, Dr. Kamila Mustafina and Dr. Swathy Babu.

OIST Innovationは、東南アジアにおけるスタートアップビジネスの展開に関するセミナーを開催します。シンガポール（NUSおよびJSIP）から著名な講師をお招きし、それぞれの専門知識や経験を共有していただきます。東南アジアのダイナミックな市場への挑戦に関心のあるスタートアップ企業、起業家、スタートアップ支援者を対象とし、セミナー後には講師と参加者のネットワーキングの機会を提供いたします。

QG group meeting.
Speaker: Jin Kozaki.
Title: "Holographic QCD Phase Transitions Via Entanglement Entropy".

Join us for an insightful seminar on expanding your startup business in Southeast Asia. OIST Innovation is proud to invite distinguished speakers from Singapore (NUS and JSIP) to share their expertise and experiences. Targeted at startups, entrepreneurs, and startup supporters interested in exploring the dynamic markets of Southeast Asia, this event promises valuable insights and networking opportunities.

Rewards are often subject to chance, resulting in situations where animals might not receive them despite taking appropriate actions. Consequently, to maximize the acquisition of specific probabilistic rewards, animals need to develop strategies for coping with their absence, continuing their pursuit of rewards despite the disappointing outcomes. However, the neural mechanisms for developing such coping strategies are poorly understood. I will introduce our recent studies that reveal the distinct roles of dopamine circuits (Ishino et al., Science Advances, 2023) and basal forebrain acetylcholine circuits (Unpublished) for persistent pursuit of rewards.Rewards are often subject to chance, resulting in situations where animals might not receive them despite taking appropriate actions. Consequently, to maximize the acquisition of specific probabilistic rewards, animals need to develop strategies for coping with their absence, continuing their pursuit of rewards despite the disappointing outcomes. However, the neural mechanisms for developing such coping strategies are poorly understood. I will introduce our recent studies that reveal the distinct roles of dopamine circuaits (Ishino et al., Science Advances, 2023) and basal forebrain acetylcholine circuits (Unpublished) for persistent pursuit of rewards.

https://sites.google.com/view/ogawagroup/english/masaaki-ogawa