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53:52 Nuts and Bolts of Oxide MBE #2—Composition… Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration (Schlom)	Nuts and Bolts of Oxide MBE #2—Composition Control and Calibration (Schlom) 2019 Cornell Summer School LINK to presentation slides high temperature concepts in physics chemical elements single phase gallium model air compound semiconductors ozone pressure lattice constant small substrate metallurgy thermodynamics reducing agents m.b.e.pyrotechnic fuels materials science oxides coolants titanium ratio lead oxide point defect titanium oxide year opium oxygen crazy material phases of matter and air conditioning opium oxide phase diagram single phase region industrial processes transmission pattern titanium ridge crystallography composition control lead tightening cubic zirconia biggest challenge internet temperature uniformity 1st oxide 1st taste transition metals vapor pressure arsenic pressure neutral formula unit heating opium metal growth window semiconductors nucleate solid anions gallium arsenide charge neutral formula semiconductor growth gases rough map single phase diagrams phase transitions r.b.s.volatile species read oscillations gallium separate chemical engineering euphoriants volatile constituent diffraction spot physical quantities half order medicinal plants face peer free energy lower temperature opium shutter metal organic typical arsenic source absolute flux perfectly stoichiometric metals crystals big substrate absorption control works smallest charge times point post-transition metals making single phase single crystal strontium type oxidizing agents phase region calibration method ventilating bismuth tightknit caption complete oscillations stay nice growth rate titanium species beat frequency dot dot dot phase gallium arsenide control regime oxygen pressure blah blah alkaline earth metals m.b.hand step volatile oxide volatile metal organic bismuth oxide environmental chemistry absorption control relative ratio From James Overhiser on August 7th, 2019 41 plays
01:00:26 From Particles to Quasiparticles - Understanding… From Particles to Quasiparticles - Understanding and Measuring Interactions by ARPES. (Shen)	From Particles to Quasiparticles - Understanding and Measuring Interactions by ARPES. (Shen) 2019 Cornell Summer School optical spectroscopy interacting band structure single electron scattering energy momentum conversion factor overlap integral systems theory systems m.b.e.special functions field theory photo electron nuclear physics energy distribution curve photo motion electron photo mission experiment complex function electronics iraq function spectral function energy scales photo mission elementary special functions binding energy fairly weak specific measurements philosophical terminology delta function electric and magnetic fields in matter incoherent background particle physics single particle spectral slowly varying distribution curve extreme version large data critical aspect matrix element energy resolution varying function free electron gas magnetism local object photo mission process legal documents free electron total energy resolution common law popular answer interacting system low energy key thing cutoff frequency collective mode specific heat vibrational mode systems science color communication bioinformatics measure interactions educational assessment and evaluation cybernetics transcription factors quantum mechanics main thing electron phone band structure types of functions gamma factor imaginary parts electronics terminology long story basically analyze energy dependent broadening lab session blah blah blah band dispersion didactics electron photon electron electron interaction direct gap momentum space physical quantities condensed matter physics density functional theory electron bows photo mission intensity spectroscopy energy window step function clear signature plasma physics energy (physics)ultra high vacuum mission process spin wave strong coupling caption complete directly calculate plasma frequency d.s.t.d.f.t.high energy fermi–dirac statistics electron volts resolution function sharp kink electronic band structures generalized functions liquid theory total waste liquid interactions mission experiment fermi level educational psychology legal terms 1000000 electron volts writing broad peak evaluation methods electron vibrational interactions wave function From James Overhiser on August 7th, 2019 9 plays
52:23 Growth of Ruthenates—CaRuO3, SrRuO3,… Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4-(Schlom)	Growth of Ruthenates—CaRuO3, SrRuO3, Ca2RuO4, Sr2RuO4-(Schlom) 2019 Cornell Summer School 1st person 204 structure high temperature concepts in physics chemical elements stable phase calcium resonate reasoning g.m.ozone pressure heat transfer free energies high pressure reducing agents m.b.e.materials science substrate temperature p.l.d.oxides oxygen point effects phases of matter free path lower density philosophical terminology crystallography gallium arsenide absorption controlled regime psychology chemical properties oral communication super kind spintronics p.l.t.higher temperature insulator transition calcium written pressure disinfectants calcium oxide building materials extremely sensitive science experiments pretty darn good logic growth window front row a.f.m.mineralogy semiconductors team resonate causal inference thin film problem solving composition control cambridge group screw dislocation temperature growth front gases single phase system calculation team written phase transitions small region common oxide glass components volatile constituent threshold temperatures physical quantities condensed matter physics negative pressure dietary minerals transition temperature hydrostatic pressure crystal structure delta doping unit cell real data metals super connectivity interesting interesting crystals caption complete single crystal oxidizing agents strontium resonate scientific method super lattice superconductivity metal insulator transition transport properties agricultural buildings t.m.superconducting film strong reason p.l.d. films m.b.educational psychology primitive types oxide gas room temperature absorption control routine earmarks From James Overhiser on August 7th, 2019 56 plays
01:00:50 Greatest Hits of MBE (Schlom) Greatest Hits of MBE (Schlom)	Greatest Hits of MBE (Schlom) 2019 Cornell Summer School LINK to presentation slides summer indium arsenide key aspect lead oxide concepts in physics temperature technique ceiling technology cold wall atomic steps spray cans compound semiconductors heat transfer hot wall density quantum hall inorganic compounds separate sources engine technology m.b.e.teaching architectural elements growth conditions arsenic source oxides unit cells vacuum critical current density diffraction pattern laboratory equipment super lattice independent control optics oscillation huge difference step edge bell labs joseph allison school types film reported iii-v compounds resistivity ratio hardware (mechanical)oxidizing agents growth mode oral communication john arthur alcatel bell laboratories spray painting electron beam great thing dedicated shutters arsenic rich vapor pressure arsenic pressure pressure broken equipment losing arsenic gas phase faculty member higher pressures underlying substrate growth window molecular beam gallium arsenide temperature high mobility thermodynamics gases quantum mechanics single phase high performance single model electromagnetism volatile species read oscillations chemical engineering great question epa taxi map attack physical quantities condensed matter physics modulation doping meteorology summer school electrical engineering state functions magnitude higher ultra high vacuum $76.00 inch highest mobility separate temperature caption complete great capability quantum electronics copper gasket long word semiconductor materials banking terms arsenides growth rate vacuum chamber superconductivity payment systems knife edge iarc group 1 carcinogens free path fusion length m.b.educational psychology zinc oxide low temperature national medal e-commerce room temperature india martian night nobel prize fractional quantum hall From James Overhiser on July 30th, 2019 72 plays
01:29:35 Intro to EELS (Part 1) Intro to EELS (Part 1)	Intro to EELS (Part 1) 2017 PARADIM Intro to EELS part 1 Paolo Longo c.l.chemical shift concepts in physics inelastic interaction core shell components component reference spectrum criminal law conversion factor ontology (information science)d.s.chemical face chemical analysis nuclear physics electrons coming deal suspect decelerating voltage large area equally scott conduction bend reference scouting events suspect romeo microscopy measurement b.c.integration window coral select relative amount conventional microscope atomic physics scientific terminology pretty good nano particles historical scientific instruments t.v.energy field spectrum integral silicone oxide energy loss geometry elemental mapping e.l.c.logic m.l.s.fine structure eagerly scott spectrum imaging philosophical logic single detector anions eel suspect full spectrum quantum mechanics data management collection angle windows method e.d.s.coral sea region flowers semantics plants physical quantities electromagnetic spectrum pretty edge 2nd blossom spectroscopy l.a.elsa spectrum aluminum alleviate fin specimen protocol session caption complete low energy angle c.c.d.def jam upper level total spectrum entire spectrum optical spectrum scientific classification t.m.bulk silicone good energy energy range reading voltage extended fine structure From James Overhiser on February 15th, 2019 11 plays
44:42 CS2110-FA17-14 Session 14 CS2110-FA17-14 Session 14	CS2110-FA17-14 Session 14 2017-10-06 00:00:00+00 panel technical communication tools object-oriented programming languages question application programming interfaces videonote html standard calculator microsoft application programming interfaces thing scroll caption complete social networking services egyptian artefact types frame functionality scratch paper christian terms method (computer programming)problem create a.p.i.program inter-process communication structural system structure button component graphical user interfaces operations research destination calculator fall 2017 algebra architectural elements class cognitive psychology constructor marine propulsion click geography terminology label layout center window documentation method educational psychology programming paradigms gui widgets technical communication teaching user interface techniques mathematical tools systems theory From Marshall Perryman on June 26th, 2018 182 plays
57:21 CAM Colloquium, 2013-02-01 - Mason A. Porter:… CAM Colloquium, 2013-02-01 - Mason A. Porter: Cascades and Social Influence on Networks	CAM Colloquium, 2013-02-01 - Mason A. Porter: Cascades and Social Influence on Networks internet protocols memory window knowledge representation information influence social status initial condition military tactics formal sciences threshold matter mass media concepts in physics youth mason porter systems theory autonomy companies listed on nasdaq social networks particle physics memory processes management psychotherapy auxiliary sciences of history android (operating system) software human behavior quality aesthetics combinatorics science semiotics people symbols watch model summary statistics thermodynamics topology research methods cam psychology theories neuroscience statistical mechanics causal inference machine learning time scales p.c.decision theory data guys transition free will quantum mechanics real life memory physical objects statistical terminology experiment fiction social network cognitive psychology grammar means business terms group processes response function sociology of culture cornell social psychology fashion accessories medicine latin alphabet interpersonal relationships network mental structures statistics philosophical terminology planning caption complete computer programming cognitive science phase transitions locally tree friend internet theory design of experiments data management logic social networking services evaluation methods scientific method condensed matter physics computer data culture real-time web literature greek gods atmospheric thermodynamics communication evaluation systems research time step twitter linear algebra marketing dynamical systems peer pressure graph invariants network structure algorithms epidemiology set theory mathematical objects social information processing graph theory neighbor data analysis materials science open problems arts community building student culture chemical processes covariance and correlation war data types sociological terminology model military ranks sociological theories information science semantics degree distribution applied mathematics complex systems theory computer networks creativity thing From E. Cornelius on June 29th, 2017 7 plays