The purpose of this course is to examine how Japan’s transformation into a modern nation was shaped and represented through visual culture. Great emphasis is placed on group work, as students are expected to actively collaborate with peers to analyze visual materials, share perspectives, and co-construct knowledge. Through these interactive and cooperative activities, students will also have the opportunity to enhance their English communication skills and connect with a community of internationally minded peers. この授業では、日本が近代国家へと変化していく過程を、当時の絵画や写真、広告などの「視覚資料」を通して学びます。授業では、オンライン教材やビデオ講義、歴史資料を用いながら、ディスカッションや課題に取り組みます。特にグループワークを重視しており、視覚資料の分析やプレゼンテーションなどを通して、学生同士が協力しながら学びを深めていきます。これらの活動を通して、視覚的リテラシー、歴史的思考力、異文化理解力を養うとともに、英語によるコミュニケーション能力の向上も目指します。国際的な視野を広げたい方や、英語を実践的に使って学びたい方に適した内容となっています。

医療・介護の分野における医薬品情報の重要性について、モノとヒトなど様々な視点から理解を深め、育薬という考え方を身に着ける。

【注意】この授業は開講日程の都合上、成績が所定の確認日より後に公開される見込みが高いので留意すること。特に2年生は本科目の成績が進学選択が可能となる条件に含まれない見込が高いので、履修にあたっては十分に注意すること。 【注意】開講日程の都合上、この授業を履修する場合は、Sセメスター/ S2ターム開講の他授業を履修することができないので、注意してください（開講日程の異なる集中講義等を除く）。 　Students attending this course cannot take credits for other courses in S semester or S2 term, except for intensive courses whose schedule does not overlap with this course. 　UTSIP Kashiwa is an international internship program provided by the Graduate School of Frontier Sciences （GSFS:新領域創成科学研究科）where Junior Division students can study together with undergraduate students from abroad in laboratories as well as in lectures. The program will be conducted in English.

This course aims at helping students better understand current situations of education in Asia, particularly under the influence of globalization. We will discuss theoretical, institutional and practical dimensions of education, with particular interests of how education could contribute to the promotion and realization of more sustainable society.

実験技術の進歩により、高い制御性の下で量子/古典系の物理を研究することが可能となってきた。これに伴い、観測下の物理系を記述するための基礎理論や、最適な制御を行うための機械学習の手法の理解が重要となっている。本講義では，その柱となる量子測定、開放系の物理、量子制御の基礎理論、変分原理、(深層)強化学習の基礎と応用について学ぶ。 Recent experimental developments have allowed one to study physics of quantum/classical systems in a highly controllable manner. It has increasingly become important to understand fundamental theory for describing systems under observation and also machine-learning methods for optimal control. In this course, we aim to learn some of important topics in these subjects, including quantum measurement theory, open systems, quantum control, variational principle, (deep) reinforcement learning.

実験技術の進歩により、高い制御性の下で量子/古典系の物理を研究することが可能となってきた。これに伴い、観測下の物理系を記述するための基礎理論や、最適な制御を行うための機械学習の手法の理解が重要となっている。本講義では，その柱となる量子測定、開放系の物理、量子制御の基礎理論、変分原理、(深層)強化学習の基礎と応用について学ぶ。 Recent experimental developments have allowed one to study physics of quantum/classical systems in a highly controllable manner. It has increasingly become important to understand fundamental theory for describing systems under observation and also machine-learning methods for optimal control. In this course, we aim to learn some of important topics in these subjects, including quantum measurement theory, open systems, quantum control, variational principle, (deep) reinforcement learning.

COVID-19 has starkly reinforced how the world faces global risks, not just to health but also the disruption of integrated supply chains. Why does the World Economic Forum publish its annual Global Risks Report and how does it arrive at its findings? And what are so-called “Existential Risks” that supposedly imperil humanity’s very survival? As governments such as the United Kingdom issue National Risk Registers to guide policy makers, this module enables students to examine the security dimensions of living in what sociologists have termed a ‘World Risk Society’. It highlights the new nature of vulnerability in an era of contested and often politicised science, as well as the impact on how we conceptualise and think about security. The module shows how key stakeholders such as industry, media, governments and politicians have to play crucial roles in not only shaping responses to these perceived risks, but also how to appropriately manage them. Students will be introduced to how risks of all types have challenged policy makers in the post-Cold War era from ethnic conflicts in Kosovo, the 9/11 terror attacks, Afghanistan, Iraq and so-called Islamic State. Most recently so-called existential risks such as AI and climate change and systemic risks to critical infrastructure such as the Suez and Panama Canals, disruptions to supply chains and concepts such as Economic Security have captured attention. While these issues are not necessarily new in a historical sense, this module shows how they have garnered renewed attention through the prism of risk. Policy responses are finally examined such as capacity-building for “futures literacy” and National Risk Assessment Exercises. The following outcomes are emphasized: 1.An ability to understand and evaluate a range of new security challenges and policy responses interconnected through globalization and technology 2.The linkage between industry, media, politics, and science and its relevance to global security affairs 3.The ability to collate and evaluate arguments from different sources and theoretical perspectives 4.The ability to formulate and articulate views coherently in written and oral forms 5.Critical thinking, analytical and reading skills

広く産学官にわたってグローバルに活躍するために必要な「俯瞰力」を養成することを目指す。物質科学の各分野について最先端の知識を修得し、自分の専門分野と周辺分野がどのように関連するか、あるいはし得るか、について深く考察するために、第一線で活躍する講師の方々にその分野の最前線を概観していただく。さらに、それらの講義を通して異分野間のコミュニケーションを円滑に進めるための具体的方法論を学ぶ。 This survey course is designed to enable students to develop the broad perspective that is required of global leaders working in and across industry, academia, and government. Students will gain knowledge and insight on advancements in each field of materials science research, given by leading researchers working on the frontline in those fields. This will allow students to consider how peripheral fields are related to their own area of expertise, and to consider the potential for forging bridges between related fields in the future. In addition, students will learn specific methodologies designed to facilitate smooth communication among different disciplines.

With the release of ChatGPT and its impressive ability to generate long-form human-like speech, what use is there in writing at all? To answer this question, we will embrace discussion of large language models (LLMs), such as ChatGPT, and investigate the ways in which they may help or harm our growth as learners and educators. Additionally, we will explore the risks and limitations of LLMs in contexts such as education, journalism, social media, and research. Through active engagement in this course, students will learn to: *Use writing as a form of thinking to investigate, unravel, and refine complicated concepts *Assess the effects that automated tools (e.g. ChatGPT) can have on learning and communication *Decide when LLMs will more likely aid or hinder these endeavors through writing with and without their usage *Engage critically and confidently with these new tools and the content generated with their use Successfully acquiring these skills will help students prepare to dive deeper into academically and societally relevant discussions on the use of language models, and grant them the ability to formulate and deliver even complicated conclusions clearly.

With the release of ChatGPT and its impressive ability to generate long-form human-like speech, what use is there in writing at all? To answer this question, we will embrace discussion of large language models (LLMs), such as ChatGPT, and investigate the ways in which they may help or harm our growth as learners and educators. Additionally, we will explore the risks and limitations of LLMs in contexts such as education, journalism, social media, and research. Through active engagement in this course, students will learn to: *Use writing as a form of thinking to investigate, unravel, and refine complicated concepts *Assess the effects that automated tools (e.g. ChatGPT) can have on learning and communication *Decide when LLMs will more likely aid or hinder these endeavors through writing with and without their usage *Engage critically and confidently with these new tools and the content generated with their use Successfully acquiring these skills will help students prepare to dive deeper into academically and societally relevant discussions on the use of language models, and grant them the ability to formulate and deliver even complicated conclusions clearly.