2023年8月27日，新葡萄8883官网AMGKumar博士和Sharma博士参加了在西班牙首都马德里举行的第13届欧洲联合磁研讨会。第13届欧洲联合磁研讨会由JEMS-2023与欧洲磁学协会（EMA）合作举办，在马德里康普顿斯大学（UCM）主校区举行。本次研讨会为期5天，围绕能源和信息技术的磁性材料、生物磁性、量子技术、自旋电子学等一系列主题展开研讨。
第13届欧洲联合磁研讨会为解决磁在应对紧迫的技术、经济和社会挑战中的关键作用，提供了一个关键平台。该会议的亮点是通过圆桌会议讨论了“磁力在绿色和数字转型中的作用”，来自学术界，工业界和主要机构的国际小组成员参加了本次讨论。本次会议深入探讨了磁性与新兴绿色和数字转型的关系，为未来提供了宝贵的经验总结。
特别主题会议“磁力中的女士”，是促进该领域多样性和包容性的一项值得称赞的举措。它使处于职业生涯各个阶段的女性科研工作者能够走到一起，分享经验并扩大其专业网络，强调性别平等在磁性中的重要性。夏尔马博士参加了“磁力女士”特别活动。
在JEMS-2023研讨会上，Sharma博士和Kumar博士展示了他们的研究成果。Sharma博士作了题为“磁场对反铁磁性Eu掺杂TmFeO3单晶自旋重定向的影响”报告，深入研究了单晶自旋重定向领域，特别研究了掺杂铕时磁场的影响。她的研究为磁性和掺杂元素之间的复杂相互作用提供了宝贵的见解，揭示了潜在的应用。Kumar博士作了题为“钐掺杂对自旋电子学BiFeO3的结构，磁性和铁电性能的影响”主题报告。报告深入探讨了材料科学领域钐掺杂对铋铁氧体（BiFeO3）的结构、磁性和电气特性的影响等关键要素，深入地阐述了如何利用掺杂来定制多功能材料的特性。Kumar博士的报告不仅增加了本次会议的科学讨论深度，而且还提供了一个与其他研究人员和参会者分享他们的宝贵科研成果，促进了磁性领域的建设性讨论和合作的平台。
海内外广大研究人员、科学家、院士和青年学者表示，会议内容丰富、内容诚恳，大家通过会议加深了对经济社会发展、高校、企业、人才吸引政策等磁力的认识，增强了对未来先进发展的信心。
Dr. Kumar and Dr. Sharma from the School of Electrical and Electronic Engineering participated in-person in the 13thJoint European Magnetic Symposia (JEMS-2023) held in the Madrid (Capital city of Spain), from August 27thto September 1st, 2023.
JEMS-2023, organized in collaboration with the European Magnetism Association (EMA), held at the Faculty of Medicine on the Universidad Complutense de Madrid (UCM) main campus. This symposium brought together a diverse array of experts and enthusiasts passionat
e about magnetism, covering a spectrum of topics, from magnetic materials for energy and information technology to biomagnetism, quantum technology, spintronics, and more. It was a melting pot of cutting-edge research and innovation in the realm of magnetism.
The conference adopted a hybrid format, offering both in-person and online engagement. Plenary, semi-plenary, and invited lectures sparked stimulating discussions during coffee breaks and poster sessions. JEMS-2023 provided a crucial platform for addressing the pivotal role of magnetism in addressing pressing technological, economic, and social challenges. One of the highlights of the event was the roundtable discussion, "The Role of Magnetism in the Green & Digital Transition," featuring international panelists from academia, industry, and key agencies. This session delved into the intersection of magnetism with the emerging green and digital transitions, offering valuable insights into the future.
Additionally, the inclusion of the "Women in Magnetism" special session was a commendable effort to foster diversity and inclusivity in the field. It allowed women at all stages of their careers to come together, share experiences, and expand their professional networks, emphasizing the importance of gender equality in magnetism. Dr Sharma participated in special event of Women in Magnetism.
Furthermore, at JEMS-2023, Dr. Poorva Sharma and Dr. Ashwini Kumar had the opportunity to showcase their research through engaging poster presentations. Dr. Sharma's poster titled "Effect of Magnetic Field on Spin Reorientation in Antiferromagnetic Eu-doped TmFeO3 Single Crystal," delved into the fascinating realm of spin reorientation in single crystals, particularly focusing on the impact of magnetic fields in the presence of europium doping. Her research provided valuable insights into the complex interplay between magnetic properties and doping elements, shedding light on potential applications.
