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Daniel Riley

Project Lead at Cyclotron Road at Berkeley Lab
Berkeley, CA
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http://http://www.cyclotronroad.org/spark
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driley13@gmail.com
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6147468952
I am a PhD student in the Stanford physics department working on the Photon Enhanced Thermionic Emission (PETE) project. PETE is a scheme to increase the energy conversion efficiency of thermionic devices. This technology will be used as topping cycles for solar thermal systems. A solar thermal system in tandem with a PETE device has potential to be groundbreaking, efficient and cheap solar energy conversion system. I love the diversity of expertise that developing a new technology requires. I'm interested in the wide scale implementation of renewable energy sources, from their initial scientific development to prototyping, and finally to manufacturing. My goal as a graduate student is to advance our knowledge in solar energy conversion to benefit mankind. I'm super excited about my next step, which will be working with Jared Schwede to develop a direct heat-to-electricity conversion technology for commercialization at Cyclotron Road at Lawrence Berkeley National Lab. Cyclotron Road is a home for entrepreneurial researchers to drive energy technologies toward impact. Here's a NY Times article about the program: http://www.nytimes.com/2015/02/10/science/an-incubator-for-innovation.html?ref=science&_r=0 I also like running my soccer club, snowboarding in Lake Tahoe, hiking, and DJing.
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Work Experience

Cyclotron Road at Berkeley Lab

Project Lead
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Nov 2014 - Current

Working with Jared Schwede to develop a direct heat-to-electricity conversion technology for commercialization at Cyclotron Road at Lawrence Berkeley National Lab. Cyclotron Road is a home for entrepreneurial researchers to drive energy technologies toward impact.

Education

Stanford University

PhD Physics
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Sep 2008 - Jun 2015

Building thermionic energy conversion devices which are an efficient and cost effective next generation solar and heat scavenging technology. Managed 5 person team in setting up a lab and constructing a large ultra-high vacuum chamber for Photon-enhanced Thermionic Emission (solar power technology) measurements. Conducting surface analysis and photoemission measurements of high temperature and nanostructured materials. Fabricating and testing ultra-low work function materials. Creating simulations and calculations of device performance and physics, economic impacts, and nanostructure emission. Organized 30+ person retreats for Shen research group. Created and managing website with responsive design for Melosh research group.