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How to Do Less & Achieve More for Climate Change | Karen McFarlane Holman, Ph.D. | TEDxLenoxVillage
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Reversing climate change feels like pushing a boulder up a hill, and the obvious solution is to
push harder. But could that approach be hindering us from reaching our goals of zero emissions? In this galvanizing talk, chemist Karen McFarlane Holman, Ph.D. challenges the status quo in how consumer products are made and lessons that we can learn from chemistry. Karen McFarlane Holman, Ph.D. is a chemistry professor at Willamette University and is a recipient of the Carnegie Foundation Professor of the Year award. Karen has spent the last 30 years delving deeply into the unique roles of metals at catalysts and drugs. During her Ph.D. work at UC Santa Barbara, she investigated iron as a catalyst for synthetic fuels, and in her postdoctoral research at Berkeley National Lab she focused on the manganese cluster that is crucial in photosynthesis. Karen’s current research team studies ruthenium anti-cancer agents, the topic of her first TEDx talk in 2017.
In addition to her research on metals, Karen is passionate about science communication. Over the years she has impacted millions of people globally through her classroom and online teaching, science camps for girls in Saudi Arabia, laboratory research mentorship, two previous
push harder. But could that approach be hindering us from reaching our goals of zero emissions? In this galvanizing talk, chemist Karen McFarlane Holman, Ph.D. challenges the status quo in how consumer products are made and lessons that we can learn from chemistry. Karen McFarlane Holman, Ph.D. is a chemistry professor at Willamette University and is a recipient of the Carnegie Foundation Professor of the Year award. Karen has spent the last 30 years delving deeply into the unique roles of metals at catalysts and drugs. During her Ph.D. work at UC Santa Barbara, she investigated iron as a catalyst for synthetic fuels, and in her postdoctoral research at Berkeley National Lab she focused on the manganese cluster that is crucial in photosynthesis. Karen’s current research team studies ruthenium anti-cancer agents, the topic of her first TEDx talk in 2017.
In addition to her research on metals, Karen is passionate about science communication. Over the years she has impacted millions of people globally through her classroom and online teaching, science camps for girls in Saudi Arabia, laboratory research mentorship, two previous
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