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01:33:23 CNF 35th Anniversary Morning Talks CNF 35th Anniversary Morning Talks	CNF 35th Anniversary Morning Talks Roger Howe (Stanford) Neil Gershenfeld (MIT) $300.00 millimeter natural gas high temperature concepts in physics 21st century interactive fiction clocks global conflicts awful lot heat transfer infrared cameras photon enhanced electricity good ways nano fab thermodynamics water heater materials challenge concentrated solar plant trough suspension solar energy putting code horology visual data flow digital material percent efficiency electrical generation band diagram nuclear reactor coded construction philosophy of mind political philosophy vacuum tubes physical system low work function nuclear technology parallel history electrodes massively parallel philosophical terminology energy conversion electric current biological systems respect geometry memes technology low resistance physical space small set sun protein folding nature materials paper photo cathode rich connection central processing unit human behavior darpa mini computer physical degree interpersonal relationships natural resources dustman coefficient positive psychology computer architecture concentrated solar thermal expansion real application soviet union quantum mechanics large gap grad student superhard materials multi-core cluster production and manufacturing universal computer abrasives space charge thermionic converter english-language journals thermal isolation energy storage simple device energy development concentrated solar power physical quantities condensed matter physics gemstones massachusetts institute of technology 20th century scale atomic clock varying degrees engineering theories electric power distribution silicon carbide millimeter wafer code construction parallel computing length scale 3d printing physical systems volume elements cold war materials science journals caption complete art manufacturing thermionic energy economics terminology thermionic energy converter richardson dustman nano fabrication semiconductor materials suspended structure correct errors electrical generators current densities micro vacuum mediasite solar power work function early work thermally isolated structure atomic clock high performance computing carbides system professor dram refresh room temperature physics material science 3play_vodcnf_standard From Karlis Musa on February 19th, 2020 2 plays Content Categories Presentations Creation Date July 19th, 2012
01:10:03 CNF 35th Anniversary Welcome and Keynote CNF 35th Anniversary Welcome and Keynote	CNF 35th Anniversary Welcome and Keynote Welcoming Remarks, Dan Ralph and Don Tennant Keynote Speaker, Dr. William Brinkman (US DOE) agricultural pests free electron laser nuclear research centers 300 miles semiconductor devices natural gas scientific techniques light water reactors energy conversion microscopes fortune 500 lasers crystals national science foundation bio energy gallium arsenide nuclear power reactor types scattering social events national facilities caption complete long time petroleum production crystallography discovery platform interesting thing enhanced oil recovery national labs methane gas national laboratory particle physics high pressure nice event carbon sequestration accelerator physics renewable energy supercomputer sites semiconductor materials alternative fuels arsenides neutron big change materials science academic administration 1000 materials power plant livermore competition (economics)analysis tool electron science center california iarc group 1 carcinogens mediasite silicon technology atomic force small group fellow named natural resources diffraction pattern crops drug development fuel gas microscopy solar cells price competitive american physicists energy problem photovoltaics big impact call attention electric motors 3play_vodcnf_standard From Karlis Musa on February 19th, 2020 5 plays Content Categories Presentations Creation Date July 19th, 2012
01:10:03 CNF 35th Anniversary - Introductory Remarks CNF 35th Anniversary - Introductory Remarks	CNF 35th Anniversary - Introductory Remarks Welcoming Remarks - Don Tennant agricultural pests free electron laser nuclear research centers 300 miles semiconductor devices natural gas scientific techniques light water reactors energy conversion microscopes fortune 500 lasers crystals national science foundation bio energy gallium arsenide nuclear power reactor types scattering social events national facilities caption complete long time petroleum production crystallography discovery platform national scale interesting thing enhanced oil recovery national labs methane gas national laboratory particle physics high pressure nice event carbon sequestration accelerator physics renewable energy supercomputer sites semiconductor materials alternative fuels arsenides neutron big change materials science argonne national laboratory academic administration 1000 materials power plant livermore competition (economics)analysis tool electron science center california iarc group 1 carcinogens mediasite silicon technology atomic force small group fellow named natural resources diffraction pattern crops drug development fuel gas microscopy solar cells price competitive american physicists energy problem photovoltaics big impact call attention electric motors From Karlis Musa on February 19th, 2020 3 plays Content Categories Presentations Creation Date July 19th, 2012
01:11:04 Controlled Environment Agriculture: Optimizing… Controlled Environment Agriculture: Optimizing Natural Resource Use in Greenhouses and Plant Factories	Controlled Environment Agriculture: Optimizing Natural Resource Use in Greenhouses and Plant Factories Neil Mattson, Associate Professor, and Kale Harbick, Research Associate, School of Integrative Plant Science, College of Agriculture and Life Sciences, January 28, 2019 controlled environment agriculture botany carbon footprint ecology lighting electricity natural gas color renewable energy red blue solar panels supply chain animal science high total farms emerging technologies medical marijuana national science foundation vertical farm glaciology nutrient density caption complete plant production heat transfer sustainable architecture hyper local energy intensive materials science growing plants exciting initiative plant physiology 100 stories web colors 3000 miles controlled environment high tunnel inorganic solvents garden features good question biology and pharmacology of chemical elements venture capital carbon dioxide plant factory york city area green house computer science energy cost agricultural economics free science software cea physical quantities electricity needed nuclear reactor coolants u.s.remain open natural light structural system structural engineering production indoors season extension coolants computational chemistry software photovoltaics worst case energy efficiency biomass agricultural buildings carbon dioxide concentrations rooftop greenhouse optical spectrum natural resources year round inspect plants economics terminology qualities of thought crops urban agriculture red light energy efficient commercial greenhouse york city hospital industry agriculture horticulture and gardening photometry nutrition From Jennifer Shipe on August 13th, 2019 5 plays
59:50 The Mechanics Life of a Plant Leaf The Mechanics Life of a Plant Leaf	The Mechanics Life of a Plant Leaf Associate Professor, College of Agriculture and Life Sciences, Biological and Environmental Engineering. July 22nd, 2019. mechanics basic financial concepts water content drop impact chemical composition concepts in physics metals hearing measuring instruments frequency water drop drink water force solar panel caption complete radio spectrum harvest energy receding angle sound broadcasting systems high frequency change containers physical chemistry architectural elements green leaf predict based pro camera physical quantities roofs weather ability structural system structural engineering water artificial particle construction photovoltaics weather rubber sheet hydrology rotation physiology structure single drop anatomy green leaves derivatives (finance)coolants geometry acoustics heavy rain meteorology skills jes587 biological systems high speed camera rain drop From Jennifer Shipe on July 22nd, 2019 20 plays
01:15:42 Ezra's Round Table - February 4, 2011 - Mark… Ezra's Round Table - February 4, 2011 - Mark Jacobson	Ezra's Round Table - February 4, 2011 - Mark Jacobson Ezra Round Table Guest Lecture #1 http://www.stanford.edu/group/efmh/jacobson/ Host: Oliver Gao Mark Jacobson February 4, 2011 ecology nuclear power chemical engineering fuel cell u.s eng iarc group 2b carcinogens carbon capture water pollution power plant medicinal plants p.v.ethanol fuel nuclear energy fired power air quality atmosphere electrochemistry death long distance electric power distribution electric vehicle wind speed wind ocean energy aquatic ecology acidic oxides climate forcing agents ethanol east coast energy development fuel gas power demand alternative energy power station technology health electrical generators environmental science solar energy natural gas actuarial science member states of the united nations logic spring 2011 household chemicals environmental technology forms of energy academic administration electric power wind turbines liberal democracies fuels green vehicles million years energy hydro electric pretty low demography nuclear technology population square kilometers estimation theory air pollution corn ethanol refrigerants population ecology republics sustainable technologies c.s.p.g20 nations petroleum energy economics mediasite hydrogen technologies coolants energy conversion laser gain media u.s.nuclear weapon fermented beverages energy system greenhouse gases aerodynamics renewable energy nuclear reactor coolants carbon dioxide earth phenomena philosophical terminology electrical engineering wind farm water water supply wind power inorganic solvents on premise natural resources caption complete From E. Cornelius on March 4th, 2018 4 plays