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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 27 plays
02:28:41 CNF 35th Anniversary Afternoon Talks CNF 35th Anniversary Afternoon Talks	CNF 35th Anniversary Afternoon Talks Chris Ober (Cornell) Jordan Katine (HGST) Michal Lipson (Cornell) livestock free layer high temperature big nano solutions mike thompson directed self-assembly ferromagnetic layer parts of clothing transaction processing heat transfer magnesium oxide resistance area product 35th anniversary atmospheric thermodynamics functional groups organic systems physical chemistry materials science nano scale semiconductor industry building engineering 1.5 terabits buckle polymer photography magnetic field hard disk drive air bearing surface computer hardware chemically amplified resist critical current nanomaterials computer systems nanotechnology boron layer dozen years silicon wafer polymers concepts in physics electric field copper spacer test devices existing systems john rogers range order spin transfer torque ultraviolet radiation electrodes electro optical polymer system soil contamination crystallography external laser negative tone nanoparticle resist small dimensions equal volume laboratory equipment bottle polymer real challenge packaging materials computer storage nano particles graphically pattern pattern media computer storage media big chunk magnetism high resolution temperature solvent paper chemical processes magnetic device silicon photonics nanometer pitch jewels percent silicon science experiments degrees celsius 1010 years confine light shallow angle fair magnetic material applied field mineralogy move objects weather resolution image image processing tunnel junction extreme ultraviolet hard disk drives optical forces photonic device antacids nice thing big challenge magnetic recording writing data materials data management phase transitions organic chemistry 1st thing magnetic layer gilbert equation thermal isolation reference layer deep u.v. common issues bits smaller hot plate thermal time constant semiconductor device fabrication drag tester thermal stability meteorology magnetic material continuous media recording photonics solvents device physics high density dielectrics mechanical structure national labs sensitive material prototyping work hard bias critical dimensions photo active crystals transducers fashion accessories sensitive system pinned layer inorganic component assisted recording energy transfer magnetic device technology field transducer caption complete high speed lightning rod thermally assisted recording square inch computer graphics condensed matter physics excellent question mediasite quantum electronics oxides graduate student ferromagnetic materials clever trick nano composite u.v. wavelengths scale pattern bit pattern media room temperature photo resist tunnel barrier laser spike softening temperature molecular glass 3play_vodcnf_standard From Karlis Musa 62 plays