Hardware to Save a Planet
Cooling Earth by Using Mirrors to Reflect Sunlight with Dr. Ye Tao, Founder and Executive Director of MEER
July 18, 2024
Welcome to this special episode of Hardware to Save a Planet. Joining us today is Dr. Ye Tao, Founder and Executive Director of MEER, a company that uses mirrors at scale to reflect sunlight and mitigate the impact of global warming. Join us as we discuss the innovative concept of MEER and its potential to combat climate change. Dr. Tao shares his insights on the urgent need for sustainable solutions and how MEER can help transition civilization toward a more sustainable future. We delve into the fascinating world of nanoparticle research and the possibilities of dimensional reduction. Discover the limitations of renewable energy and the importance of energy ROI. Dr. Tao also explores the exciting applications of mirrors in controlling sunlight and optimizing temperature reduction.
Welcome to this special episode of Hardware to Save a Planet. Joining us today is Dr. Ye Tao, Founder and Executive Director of MEER, a company that uses mirrors at scale to reflect sunlight and mitigate the impact of global warming. 

Join us as we discuss the innovative concept of MEER and its potential to combat climate change. Dr. Tao shares his insights on the urgent need for sustainable solutions and how MEER can help transition civilization toward a more sustainable future. We delve into the fascinating world of nanoparticle research and the possibilities of dimensional reduction. Discover the limitations of renewable energy and the importance of energy ROI. Dr. Tao also explores the exciting applications of mirrors in controlling sunlight and optimizing temperature reduction.

Dr. Tao has a multidisciplinary background in physics, chemistry, engineering, and material science, which is uncommon among today's scientists. He received a doctorate from the Department of Chemistry at MIT in 2015 and completed the research requirements for a doctorate in Physics at ETH Zurich. 

Climate change and greenhouse gas accumulation are, in essence, a three-dimensional problem because we have emitted so much gas in a three-dimensional space, Earth's atmosphere, and it is very freely mixed. To clean this enormous volume of space, we have in front of us a 3D engineering problem, and if you factor in the time needed to suck all the air out and circulate it through a filter, then it becomes a four-dimensional problem. 

We are obsessed with removing greenhouse gases to try to open a window so the heat from Earth can escape. What if instead of letting the heat escape from Earth, we try to find a way to stop it from developing in the first place, just by reducing the amount of heat produced on the ground as the sun shines on the planet? And in fact, this is a much more efficient way of solving the problem, reducing it from its original three dimensions to just two dimensions.

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Previous guests include: Peter Reinhardt of Charm Industrial, Carlos Araque of Quaise, Noah McQueen of Heirloom, Areeb Malik of Glacier, Jeff Satwicz of Bigbelly, Abe Schneider of Natel Energy, Insiya Jafferjee of Shellworks, Paul Gross of Remora, Erika Boeing of Accelerate Wind and Daniel Betts of Blue Frontier.

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