中国材料研究学会主办的第三届世界材料大会（3rd WMC），将联合第二十六届国际材联亚洲材料大会（IUMRS-ICA2025）及第九届世界材料高峰论坛（9th WMS），在2025年10月14-17日中国广西桂林国际会展中心共同举办。届时来自全球各个国家的材料科技工作者将汇聚桂林，展示最新科研成果和技术突破，共同推动全球材料科学的未来发展。

作为本次大会的重要环节，东隆科技受邀参加A03分会——用于光伏和能源应用的有机和钙钛矿材料专题研讨。该分会聚焦有机与杂化钙钛矿材料在光伏及能源应用中的创新突破，内容涵盖材料设计和开发、人工智能辅助材料和器件设计、光电材料和器件的器件物理和光物理、光电器件的先进制备工艺、尖端技术与新型器件结构和新兴应用场景等多个前沿方向。

值得关注的是，东隆科技独家代理的德国PicoQuant公司光谱与显微应用专家Christian Oelsner也将在A03分会场作行口头报告，题目为《Non-destructive Steady-state and Time-resolved Photoluminescence Characterization of Photovoltaic Devices》，我们诚邀各位参会学者、老师及同学莅临现场，进行交流与探讨。

报告简介：

"Over the years, luminescence spectroscopy has become fundamental for analyzing the photophysical properties of various samples, from organic molecules to semiconductor materials and photovoltaic (PV) devices.
Detection sensitivity is crucial for handling weakly luminescent samples and short measurement times. Single photon counting data acquisition increases sensitivity and dynamic range, ideal for weak photoluminescence (PL) measurement.
Steady-state luminescence spectroscopy provides insights but offers only a partial picture. Time-resolved PL spectroscopy reveals deeper photophysical processes, and spatial information gives a comprehensive understanding.
Acquiring time-resolved data at regions of interest helps infer structural-to-photophysical relationships, crucial for optimizing PV materials. Combining time-resolved microscopy and PL spectroscopy offers a powerful tool for characterizing PV materials.
This combination maps phenomena like time-resolved PL, carrier diffusion, and wavelength-dependent emission. We also discuss the MicroTime 100 microscope with Flexlambda software for imaging weakly emitting PV materials."