協働コミュニケーション思考理解提案表現
CollaborationCommunicationThinkingUnderstandingProposalArticulating
オンライン
Online (Zoom)

【7/17】5min Research Communication Lunch(in English・Online)

【7/17】5min Research Communication Lunch(in English・Online)

講義番号
Lecture Number
DEC_Lunch_2025_05_22
更新日
Update date
2025.06.24
公開日
Release date
2025.06.24
ランチタイムを有効活用して、異なる領域の大学院生の研究について触れ、視野を広げてみませんか?
また、専門分野外の人に、短時間でわかりやすく、興味をもってもらえるように話すためのコツも学びましょう。
このイベントはZoomで実施します。参加登録をされますと、参加方法のご案内メールが届きます。

Come and join us in a friendly environment to listen to jargon-free five-minute talks by Nagoya University's best young researchers.
This is a great opportunity to meet new people from other graduate schools and to practice explaining complex topics to the general public.
We will use Zoom for this event and inform those who have registered how to participate.

題目
Title
5min Research Communication Lunch(英語・オンライン)

5min Research Communication Lunch(in English・Online)

実施形態
SeminarForm
イベント

Events

開催日
Date
2025年07月17日

2025/07/17

時間
Time
12:05〜12:55

12:05〜12:55

講義室
Venue
オンライン

Online (Zoom)

対象者
Eligibility
全大学院生

All graduate students

言語
Language
英語

English

備考
Remarks
事前に参加登録が必要となりますので、下記から参加申し込みをしてください。
お申し込み登録後、参加用URLが配信されます。(※イベント当日にも同じ内容のメールが配信されます)

Registration is required in advance, so if you would like to participate, please apply from the following.
After registering, you will receive a URL to participate in the event.
※You will also receive an email with the same content on the day of the event.

主催
Host
博士課程教育推進機構

Doctoral Education Consortium

問い合わせ先
Contact
nu-hakase@t.mail.nagoya-u.ac.jp(博士課程教育推進機構)

nu-hakase@t.mail.nagoya-u.ac.jp (Doctoral Education Consortium)

内容

Additional information

Click here for registration
After registering, you will receive a URL to participate in the event.
------------------------------------------------
<About the presentation>

●Speaker: LIU Xinzi(Graduate School of Medicine)
●Title:
From Gene to Behavior: Unraveling Autism Mechanisms Through a Mutant Mouse Model
●Detail:
Autism spectrum disorder (ASD) is linked to genetic mutations, including in calcium channel genes. We developed a mouse model with one such mutation, showing ASD-like behaviors such as social deficits and repetitive actions. By examining their brain structure and function, we aim to better understand the mechanisms behind ASD, with the hope of contributing to future therapeutic approaches.

Speaker: Sakshi WANWEY (Graduate School of Environmental Studies)
●Title: Multi-index tree-ring dating of medieval wooden artifacts from the Atsuta B site in Nagoya, Japan
●Detail:
How can we accurately date archaeological wooden artifacts? Traditional tree-ring width analysis in tree-ring science is a powerful tool, but when combined with oxygen isotope ratio analysis, it becomes even more precise. By applying this combined approach to medieval cypress woods excavated from the Atsuta-B archaeological site in Nagoya, I aim to build a reliable tree-ring chronology for central Japan.