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Hot Materials talk: “How wacky oxides have… duration 57 minutes 10 seconds Hot Materials talk: “How wacky oxides have… Hot Materials talk: “How wacky oxides have improved transistors.”	Hot Materials talk: “How wacky oxides have improved transistors.” Zoom Recording ID: 91243956422 UUID: XnyRn5vOTM2ki3k/jfRNMg== Meeting Time: 2021-06-24T15:59:08Z silicon materials oxide dioxide transistors semiconductor problem intel thing transistor oxides dielectric material things lot roadmap thickness hafnium thermodynamics gap gate From James Overhiser 11 plays
Hot Topic talk: Darrell Schlom, "How Wacky… duration 1 hour 1 minute Hot Topic talk: Darrell Schlom, "How Wacky… Hot Topic talk: Darrell Schlom, "How Wacky Oxides have Improved Transistors"	Hot Topic talk: Darrell Schlom, "How Wacky Oxides have Improved Transistors" Zoom Recording ID: 99117378787 UUID: MvQYk7IQTfKH87uoiCmKTA== Meeting Time: 2020-07-29T15:52:47Z high temperature concepts in physics science and technology in the dutch republic silicon dioxide constant field scale band gap 1.2 nanometers electric plants long time faster frequency sandwich maker power dissipation reducing agents pyrotechnic fuels semiconductor industry 1st principles group iv semiconductors oxides leakage current field scaling chemical elements electric field oxide semiconductor electron microscope image electrical components popular semiconductor textbook phase diagram gordon moore american chief executives of manufacturing companies bell labs pricing good insulator electric and magnetic fields in matter transistor technology constant field scaling alpha squared human hair hafnium oxide dielectric constant central processing unit mark side final copy german-language television programs national medal of technology recipients materials involved big problem at&t ontology electronics industry good choices performance transistors transistor problem transistor smaller single crystals poly silicon semiconductor companies microscopes mosfets dielectrics transition metals metaphysics of mind management quantum mechanics assumption work function bottom plate david miller quantum mechanical tunneling metal gate metalloids lower power physical quantities road map semiconductor device fabrication futurology vector calculus dietary minerals materials engineer math class mind crystals great material metaphysics caption complete fast forward concepts in the philosophy of science computer chips good thing free space periodic table elektra constant semiconductor structures wacky oxide single transistor 400000000 transistors electronic band structures contract monitor started shipping constant field higher performance blah blah map types iarc group 1 carcinogens electromagnetism philosophical theories hand side poly silicon gate philosophical concepts manufacturing zirconium oxide chemical elements predicted by dmitri mendeleev previous generation concepts in the philosophy of mind advanced tools binary oxides From James Overhiser 79 plays
CNF 30th (2007) "Nanostructure Engineering:… duration 29 minutes 17 seconds CNF 30th (2007) "Nanostructure Engineering:… CNF 30th (2007) "Nanostructure Engineering: A Path to Discovery, Innovation, and Commercialization" with Chou	CNF 30th (2007) "Nanostructure Engineering: A Path to Discovery, Innovation, and Commercialization" with Chou CNF 30th (2007) "Nanostructure Engineering: A Path to Discovery, Innovation, and Commercialization" with Stephen Chou, NanoStructure Lab, Electrical Engineering, Princeton University smaller concepts in physics symbols 100 percent wavelength technology caption complete device size smaller virus high elementary geometry physical principle opportunities channel size smaller means square inch material manufacturing technology elementary shapes musical form manufacturing mediasite fabrication nano technology imperial units physical quantities low cost bye bye critical size persistent meter size element thing printing statistical terminology concepts small transistors optics pocket optics public records 3play_vodcnf_standard From Karlis Musa 5 plays
Cornell NanoScale Facility Video Tour duration 10 minutes 30 seconds Cornell NanoScale Facility Video Tour Cornell NanoScale Facility Video Tour	Cornell NanoScale Facility Video Tour plasma processing natural sciences nitrides glass coating and surface modification multinational companies elementary geometry oxides solvents lithographic concepts in physics semiconductor researcher vacuum disciplines charge carriers atmospheric thermodynamics thin film deposition phases of matter optics science and technology studies ceramic engineering electronic engineering nanometers millimeters deposition semiconductors technique industrial processes photonics quantum electrodynamics metrology semiconductor device fabrication technology insulators manufacturing dielectrics electromagnetism materials science transistors pattern architectural elements separation processes resolution printing conjunction environment organs liquids electricity coatings experiments chemical processes chemistry c.n.f. From David Botsch 3,500 plays