Enlitech Attends the 15th China-Japan Bilateral Symposium on Electrical Conductivity, Photoconductivity and Related Phenomena in Organic Solids

Enlitech Attends the 15th China-Japan Bilateral Symposium on Electrical Conductivity, Photoconductivity and Related Phenomena in Organic Solids

Enlitech will participate in the 15th China-Japan Bilateral Symposium on “Electrical Conductivity, Photoconductivity and Related Phenomena in Organic Solids” held in Suzhou, China from October 24-27, 2025. This symposium was initiated by Professor Qian Renyuan and Professor Iguchi Hiroo in 1983 and has since become one of the most historically significant and influential high-level academic conferences in the fields of organic solid electrical conductivity, photoconductivity, and molecular materials science between China and Japan.

This year’s conference focuses on eight major themes, covering cutting-edge fields from organic semiconductor optoelectronic materials and devices, organic and perovskite solar cell materials to molecular electronic materials and theoretical research, aiming to promote interdisciplinary integration and technological innovation development, and deepen China-Japan academic cooperation and applied development exchange.

Enlitech Provides Advanced Organic and Optoelectronic Testing Solutions

Adhering to the core philosophy of “Optical Testing — Define the Real Performance,” Enlitech will showcase on-site multiple precision optical testing instruments applied to organic semiconductor and optoelectronic materials research, including:

• QE-R: High-sensitivity quantum efficiency measurement system for optoelectronic materials
• PD-QE / APD-QE: Quantum efficiency measurement systems for photodetectors and avalanche photodiodes
• Solar Simulator Series: AM 1.5G solar simulators for precise characterization of perovskite and organic solar cell performance

These testing solutions extensively serve research in organic conductors, photoconductors, perovskites, and molecular electronic materials, assisting researchers in deep exploration of materials’ optoelectronic conversion mechanisms and device performance characteristics.

Enlitech’s professional technical team will provide on-site technical exchanges at the conference venue, sharing the latest applications and research achievements of optical testing in organic solid materials research and device development. We cordially invite professors, researchers, and industry experts to visit and exchange ideas, jointly exploring how optical testing technology can facilitate innovative breakthroughs and application development in organic and molecular materials.