The 10th International Conference on Energy, Environment and Materials Science & 2026 Forum on the Development of Photoresists and Electronic Chemicals (EEMS2026&DPEC2026) Successfully Concluded in Guangzhou

第十届能源、环境与材料科学国际学术会议暨2026光刻胶与电子化学品发展论坛（EEMS2026&DPEC2026）在广州圆满落幕

On July 12, 2026, the 10th International Conference on Energy, Environment and Materials Science & 2026 Forum on the Development of Photoresists and Electronic Chemicals (EEMS2026&DPEC2026) was successfully held at the University Town Campus of Guangdong University of Technology. The conference was hosted by Guangdong University of Technology, organized by the School of Materials and Energy, and coorganized by the Guangdong Provincial Engineering Center for Photoresist and Advanced Packaging Technology, Turing New Intelligent Computing (Guangzhou) Technology Group Co., Ltd., and Guangdong Ruizhi High tech Co., Ltd., with support from Abu Dhabi University. Experts and scholars from domestic and international universities, research institutes, and enterprises gathered in Guangzhou to engage in in depth exchanges on cutting edge topics such as energy transition, environmental remediation, advanced materials, and the domestic substitution of photoresists.

2026年7月12日，第十届能源、环境与材料科学国际学术会议暨2026光刻胶与电子化学品发展论坛（EEMS2026&DPEC2026）在广东工业大学大学城校区成功举办。本次会议由广东工业大学主办，材料与能源学院承办，广东省光刻胶与先进封装技术工程中心、图灵新智算（广州）科技集团有限公司、广东睿智高新科技股份有限公司协办，阿布扎比大学支持。来自国内外高校、科研院所及企业的专家学者齐聚羊城，围绕能源转型、环境修复、先进材料及光刻胶国产化等前沿议题展开深入交流。

Opening Ceremony: Concise and Enthusiastic, Marking a Grand Start

开幕式：简约热烈，共启盛会

On the morning of July 12, the conference officially opened at Room 208, 2nd Floor, No.3 Engineering Building. Mr. Yang Xiaofan, Party Secretary of the School of Materials and Energy at Guangdong University of Technology, delivered a welcome speech, extending a warm welcome to all participating experts and scholars, and expressing his expectation that this conference would serve as a bond to deepen industry university research collaboration both domestically and internationally, jointly promoting the innovative development of key materials and technologies.

7月12日上午，会议在工学三号馆二楼208正式开幕。广东工业大学材料与能源学院党委书记杨小帆致辞，向与会专家学者表示热烈欢迎，并期待以本次会议为纽带，深化国内外产学研合作，共同推动关键材料与技术的创新发展。

Keynote Speeches: Cutting Edge Focus and Inspiring Ideas

主旨报告：聚焦前沿，思想激荡

After the opening ceremony, the keynote session commenced. The morning session was chaired by Professor Yonggang Min from the School of Materials and Energy, Guangdong University of Technology. Several distinguished experts were invited to deliver keynote presentations.

开幕式后，主旨报告环节正式展开。上午的会议由广东工业大学材料与能源学院闵永刚教授主持。多位顶尖专家应邀作大会主旨报告。

Chair Professor Baomin Xu from Southern University of Science and Technology, with the title "Developing Fabrication Technologies of Perovskite Solar Cells for Mass Production," introduced breakthroughs in aqueous phase green synthesis of perovskite crystal raw materials and interface material design, demonstrating the possibility of large scale production of highefficiency perovskite solar cells using lowcost, low purity starting materials.

南方科技大学讲席教授徐保民以“面向产业化的钙钛矿太阳能电池制备技术”为题，介绍了团队在水相绿色宏量合成钙钛矿晶体原料技术、界面材料设计等方面的突破性进展，展示了使用低成本低纯度起始原料实现规模化制备高效率钙钛矿电池的可能性。

Professor Shinya HAYAMI from Kumamoto University, under the title "Coordination Complex/GO/NVNanodiamond Hybrids for Spin Qubit Materials," shared recent research findings in the crossdisciplinary field of spincrossover coordination chemistry and graphenebased twodimensional nanomaterials.

熊本大学教授速水真也围绕“配位配合物/氧化石墨烯/氮空位纳米金刚石复合杂化材料及其在自旋量子比特中的应用”，分享了自旋交叉配位化学与石墨烯二维纳米材料交叉领域的最新研究成果。

Professor Shiyong Yang from the Institute of Chemistry, Chinese Academy of Sciences, with the title "Structure and Property Regulation of High Temperature Resistant Polyimide Materials," systematically presented research progress on hightemperature photosensitive polyimide materials and highperformance epoxy encapsulation materials for highdensity integrated circuit manufacturing and advanced packaging.

中国科学院化学研究所研究员杨士勇以“耐高温聚酰亚胺材料的结构与性能调控”为题，系统介绍了高密度集成电路制造与先进封装用耐高温光敏性聚酰亚胺材料、高性能环氧树脂封装材料等有机高分子材料的研究进展。

Professor Yi Zhang from Sun Yatsen University（Delivered by Professor Qingshan Zhang）, focusing on "Charge Transport in PairLimited Domains: A Novel Design Mechanism for UltrahighTemperature Dielectric Polyimides," elaborated an innovative approach to effectively resolve the tradeoff among glass transition temperature, dielectric constant, and breakdown strength by rationally modulating dipolar polarization to construct pairlimited domains.

中山大学教授张艺(张青山教授代讲)聚焦“偶极限域电荷传输——超高温介电聚酰亚胺的设计新机制”，阐述了通过合理调控偶极极化构建偶极限域，从而有效解决聚酰亚胺电介质材料玻璃化转变温度、介电常数与击穿强度之间权衡难题的创新思路。

Professor Hong Meng from Peking University, with the title "Structural Innovations for NextGeneration Displays: Integrated OLETs and OpenArchitecture ACEL Devices," proposed two groundbreaking display device designs that open new pathways for the future development of display technologies.

北京大学教授孟鸿以“面向下一代显示的器件结构创新：集成型有机发光晶体管与开放架构交流电致发光器件”为题，提出了两种具有颠覆性意义的显示器件设计，为未来显示技术的发展开辟了新路径。

Parallel Sessions: Photoresist Forum and International Perspectives

分会场交流：光刻胶论坛与国际视角并举

In the afternoon, two parallel sessions were held simultaneously. Session 1, the "2026 Forum on the Development of Photoresists and Electronic Chemicals," focused on key directions such as photoresists for advanced chip packaging, polyimide space protection, synchrotron radiation lithography, and AIaccelerated material design. Experts from the Institute of Mechanics, Chinese Academy of Sciences, University of Science and Technology of China, City University of Hong Kong, Shenzhen Polytechnic University, Zhuhai Dynamic Technology, and Guangdong University of Technology shared their latest research outcomes and industrial progress. Session 2 featured invited talks from renowned scholars from Malaysia, India, and Egypt, covering polymer composites, supercritical fluid synthesis, and microporous materials for natural gas purification. Subsequently, young scholars from various domestic universities delivered oral presentations on solidstate electrolytes, environmental pollutant behavior, solid waste resource utilization, and new energy materials, demonstrating vibrant academic vitality.

下午，两个分会场同步进行。分会场一为“2026光刻胶与电子化学品发展论坛”，聚焦芯片先进封装用光刻胶、聚酰亚胺空间防护、同步辐射光刻、人工智能加速材料设计等关键方向，来自中科院力学所、中国科大、香港城市大学、深圳职业技术大学、珠海能动科技及广东工业大学的专家们分享了最新研究成果与产业进展。分会场二则邀请了马来西亚、印度、埃及等国知名学者，围绕高分子复合材料、超临界流体合成、微孔材料天然气净化等主题进行邀请报告；随后，来自国内多所高校的青年学者就固态电解质、环境污染物行为、固废资源化、新能源材料等方向作了口头报告，展现了蓬勃的学术活力。

Against the backdrop of the global "dual carbon" goals and accelerated technological selfreliance, interdisciplinary innovation in energy, environment, and materials science is embracing significant opportunities. The successful holding of this conference provided a highlevel platform for indepth exchanges among domestic and international scholars and effectively promoted crossdisciplinary cooperation. In the future, the School of Materials and Energy of Guangdong University of Technology will continue to leverage its disciplinary advantages, work with partners from all sectors, and continuously build highlevel academic brands, contributing wisdom to technological progress and industrial development in related fields.

在全球“双碳”目标推进与科技自立自强加速的背景下，能源、环境与材料科学的交叉创新正迎来重大机遇。本次会议的成功举办，为国内外学者搭建了深度交流的高端平台，有力促进了跨学科合作。未来，广东工业大学材料与能源学院将继续依托学科优势，携手各界同仁，持续打造高水平学术品牌，为相关领域的技术进步与产业发展贡献智慧。

A famous city in Lingnan, a hub of innovation, an academic feast, and a perfect conclusion. The 10th International Conference on Energy, Environment and Materials Science & 2026 Forum on the Development of Photoresists and Electronic Chemicals came to a successful close in a warm academic atmosphere. We look forward to reuniting next year!

岭南名城，创新高地，学术盛宴，圆满收官。第十届能源、环境与材料科学国际学术会议暨2026光刻胶与电子化学品发展论坛在热烈的氛围中落下帷幕，期待来年再聚！