May 2025
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June 2025
GC&E 2025
Pittsburgh, June 23-26
The GC&E Conference, hosted by the ACS Green Chemistry Institute®, is the premier global event for green chemistry and engineering. As the first and longest-running conference on this topic, GC&E attracts scientists, educators, industry professionals, and advocates to explore advancements, share best practices, inspire innovation, and build community dedicated to sustainable solutions. Each year, the conference evolves, incorporating new ideas while maintaining its legacy. Its vision is for green and sustainable chemistry to be integral to all scientific endeavors, providing solutions that balance human well-being with planetary health. For this reason, the 2025 conference theme will be Good Health and Well-Being Through Sustainable Chemistry to align with the United Nations Sustainable Development Goal 3. GC&E 2025 will showcase innovative research and cross-cutting topics in green and sustainable chemistry and engineering, with an emphasis on symposia that highlight thematic topics such as medical breakthroughs, new technologies, and efforts to eliminate or reduce hazardous chemical pollution promoting longer and healthier lives. The American Chemical Society Green Chemistry Institute (ACS GCI) invites you to register for our 29th annual scientific meeting on June 23-26, 2025, in Pittsburgh, PA. Explore how chemistry and chemical engineering support good health and well-being, the interface of toxicology and chemistry, and advances in pharmaceutical chemistries and processes ensure life-saving medicines are produced in harmony with the planet.
A lecture by Lauren Zarzar of Penn State University entitled “Color from Colorless Materials.” Lauren is an assistant professor of chemistry and an affiliate of the Materials Research Institute. The Zarzar Lab studies stimuli-responsive materials, the behavior of active matter, and laser fabrication methods to synthesize and pattern both inorganic and organic materials. https://www.zarzarlab.com/. In this lecture, Lauren explained why interference (structural) color can arise from even microscale structures (~ 100 microns) by Total Internal Reflection, such as when water droplets of different sizes form by condensation on a clean, low energy surface.
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