CLTC is proud to announce the formalization of a strategic, research-focused Memorandum of Understanding (MOU) with the Korea Photonics Technology Institute (KOPTI) to advance international collaboration in addressing the growing challenges of light pollution in North America and Asia. This partnership is set to drive innovation in smart lighting technologies and carbon-neutral solutions, with a core focus on mitigating light pollution—an issue of increasing global concern.
Building on the foundational Agreement of Cooperation signed between KOPTI and UC Davis in February 2024, this expanded collaboration is underpinned by KOPTI's government-certified Light Pollution Data Center and CLTC’s ongoing efforts with the California state government to enhance building energy codes and standards that reduce light pollution. The partnership will continue through 2027, involving joint research, technology exchange, and demonstration projects aimed at developing smart lighting systems and reducing the impact of artificial light on the environment.
This MOU reinforces CLTC’s mission by expanding its international alliances and fostering groundbreaking solutions to light pollution. “We are thrilled to deepen our collaboration with the Korea Photonics Technology Institute,” said Professor Jae Yong Suk, faculty co-director of CLTC. “This MOU represents a critical opportunity to tackle the global issue of light pollution, supporting environmental sustainability and improving the quality of life for communities worldwide.”
In addition to this vital work on light pollution, CLTC and KOPTI are also collaborating on the "Next-Generation Human-Centric Lighting Digital System Technology Development and Demonstration" project, supported by Korea's Ministry of Trade, Industry, and Energy. This initiative focuses on developing human-centric lighting systems that enhance comfort/well-being and energy efficiency across a wide range of applications.
Through this partnership, CLTC and KOPTI will combine their expertise and research infrastructure to advance global competitiveness in lighting technology while contributing to climate action goals and reducing the adverse effects of artificial light on both human and ecological health.
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