Search for tag: "quantum computing"

10 Media

01:06:49 Hot Topic Talk: Guided Materials Discovery… Hot Topic Talk: Guided Materials Discovery (w/virtual tour):Tyrel McQueen, Lucas and Mekhola	Hot Topic Talk: Guided Materials Discovery (w/virtual tour):Tyrel McQueen, Lucas and Mekhola Zoom Recording ID: 93911224526 UUID: thTMSuGSSu+9ac//s4/ulw== Meeting Time: 2020-07-27T15:54:57Z bodies of water protective gear high temperature high entropy concepts in physics chemical elements rooms materials discovery waiting room long time human behavior 23rd atoms knowledge interesting thing big takeaway corner sharing reducing agents systems crystal sapphire chamber quantum computing gas compositions breathing gases materials science percent efficient oxygen atoms group iv semiconductors steve mcqueen single crystal sapphire transparent materials wood products semiotics grow large stone age flux quantum oxygen power cores cognition giant current crystal growth cooking techniques randomly oriented google induction furnace statistical mechanics optical materials e-number additives electric and magnetic fields in matter local order crystallography chemical properties emotions time management biology and pharmacology of chemical elements pretty good real time real pleasure emerging technologies heat capacity pair magnet magnetism partial substitutions ontology pragmatics electrical current training high level upper limit nano structure popular candidate life time paradigm trainee university of colorado boulder native element minerals oxygen beacons american motorcycle racers solid composites floating zone technique heat source beginners and newcomers strategy metaphysics of mind design strategy spin spin 310 milliseconds quantum mechanics intelligence simple ingredients alloys emergence real 1st virtue industrial furnaces diatomic nonmetals spark plasma centering metalloids trigonal minerals physical quantities condensed matter physics silicon age dietary minerals interpersonal relationships theoretical computer science state functions kagami layers personal life mind large number life skills crystals metaphysics caption complete packaging materials single crystal optical flooding entropy stabilized boxing pyrotechnic fuels frustrated system large single crystals big box quantum materials local processes concepts in metaphilosophy si base quantities reactive nonmetals low temperature interesting physics economic geology concepts in the philosophy of mind thermodynamic properties higher level From James Overhiser 45 plays
01:09:15 ORIE Reunion 2020 (Class of 1986-1995) ORIE Reunion 2020 (Class of 1986-1995)	ORIE Reunion 2020 (Class of 1986-1995) Zoom Recording ID: 94656006119 UUID: YYcvJ5p5Sny71bwp7/yatA== Meeting Time: 2020-06-06T18:30:00Z front row mathematical sciences supply chain york city formal sciences master engineering small businesses data science gateway courses academic degrees fall asleep engineering students former spanish colonies underlying mathematics student culture quality security issues caption complete long time breakout room management and wholesaling men's social titles data round robin air force big cornell freshman year research methods retailing information science types of university or college types of business entity quantum computing teaching social enterprise universities and colleges production and manufacturing wealth management case count oral communication master's degrees military marketing logistics infographics costa rica human geography business terms didactics statistics republics office hours commercial item transport and distribution liberal democracies evaluation methods business law college town scientific method engineering disciplines educational psychology civil engineering supply chain management terms soccer team business school nasa high school auxiliary sciences of history demography independent events electrical engineering distribution childhood From Henry Lam 8 plays
46:37 Ezra's Round Table/Systems Seminar - Ian R.… Ezra's Round Table/Systems Seminar - Ian R. Peterson: Analysis and Control of Quantum Networks	Ezra's Round Table/Systems Seminar - Ian R. Peterson: Analysis and Control of Quantum Networks differential equations botany global measurement ejc85 formal sciences quantum control underlying hamiltonian concepts in physics physical systems density operators project management cybernetics quantum network identification process induced graph caption complete differential equation discrete time complicated situation interesting thing dynamical systems graph families quantum mechanics control theory quantum information science quantum physics business law infographics quantum computing quantum consensus evaluation classical physics consensus problem means stochastic processes logic dimensional complex parenting control problem transition map simple network measurement outcome equations control ability physical quantities quantum average isis initial conditions physics thought quantum technology connected components quantum system standard computational From E. Cornelius 8 plays
19:55 Wednesday Lab Intro (Schlom) Wednesday Lab Intro (Schlom)	Wednesday Lab Intro (Schlom) 2019 Cornell Summer School arpa semiconductors superconductors toxicology bending magnet chemical pressure chemical elements good time cybernetics anions theory group education tools concentration caption complete heat transfer temperature question low levels super kind atomic oxygen alkaline earth metals m.b.e. quantum computing reducing agents group theory materials science material oxides oxidizing agents axial tension systems theory debt data superconductor arpa spectrum m.b. substrate oxygen gamma sheet room temperature experimental data thin film quantum material hard time ion source From James Overhiser 7 plays
09:24 2017 REU Jadiel Gonzalez CNF HHMI KEP REU… 2017 REU Jadiel Gonzalez CNF HHMI KEP REU Nano-Convocation	2017 REU Jadiel Gonzalez CNF HHMI KEP REU Nano-Convocation external bias external field real space plan view structural change alternating current huge amounts growth parameters ram characteristic reflections structural characterization liquid nitrogen resist heavy thin film plane lot individual layers random access memory tensile strain caption complete superconducting thin film liquid nitrogen temperature glass slide lattice constant compressive strain face pure reu starting point energy density high energy supporting electrolyte m.b.e. quantum computing granted access memory scanning transmission electron resistivity measurement low temperature hand side electron beam model layer fair lecture room temperature image lecture granted access processing magnetic field super conducting compressive film transition metal tensile film fine edge pencil strain direct current cnf mediasite superconducting film transmission electron microscopy reciprocal space mapping presidium scandi microscope grid protective layers atomically bonded domain wall flux ratio peaks coming room temperature current density t.c. strain films high current higher concentration gold standard From James Overhiser 0 plays
11:57 2017 REU Jacob Waelder PARADIM REU… 2017 REU Jacob Waelder PARADIM REU Nano-Convocation	2017 REU Jacob Waelder PARADIM REU Nano-Convocation resist heavy compressive strain huge amounts growth parameters concepts in physics chemical elements nitrogen electron microscopy heat transfer interesting lattice constant thermodynamics project management m.b.e. quantum computing architectural elements fair lecture material magnetic field super conducting compressive film coolants fine edge satellites presidium scandi egyptian artefact types microscope grid protective layers microscopy t.c. strain films higher concentration gold standard real space plan view liquid nitrogen superconducting thin film structural characterization reu starting point granted access memory scanning transmission electron electron beam model layer historical scientific instruments atomically bonded plane lot characteristic reflections high current external field structural change alternating current scientific techniques microscopes cross-sectional thin film individual layers transition metals tensile strain temperature liquid nitrogen temperature glass slide nonmetals burials in hebron energy density supporting electrolyte room temperature image transition metal noble metals tensile film pencil strain transmission electron microscopy physical quantities domain wall flux ratio external bias layer state functions orientation ram metals resistivity measurement random access memory caption complete face pure high energy peaks coming hand side lecture granted access structural system direct current cnf mediasite superconducting film structure reciprocal space mapping low temperature room temperature current density From James Overhiser 15 plays
11:23 2017 REU Morgan Grandon 2017 PARADIM REU… 2017 REU Morgan Grandon 2017 PARADIM REU Nano-Convocation	2017 REU Morgan Grandon 2017 PARADIM REU Nano-Convocation summer resist heavy gold compressive strain growth parameters superconductors resistance chemical elements cnf criminal law lattice constant atmospheric thermodynamics thermodynamics high energy transmission electron microscopy m.b.e. quantum computing fair lecture concepts in physics magnetic field super conducting compressive film coolants fine edge presidium scandi substrate microscope grid protective layers lecture granted access phases of matter t.c. strain films higher concentration gold standard real space plan view philosophical terminology liquid nitrogen measurement superconducting thin film structural characterization reu starting point spintronics granted access memory scanning transmission electron electron beam model layer strontium ratios superconductor atomically bonded plane lot characteristic reflections high current external field structural change alternating current thin film individual layers tensile strain temperature liquid nitrogen temperature glass slide energy density supporting electrolyte room temperature image transition metal films tensile film pencil strain super conducting film physical quantities semiconductor device fabrication domain wall flux ratio external bias state functions ram superconducting mathematical terminology random access memory helium resistivity measurement caption complete economics terminology face pure potential peaks coming hand side superconductivity applications direct current mediasite superconducting film huge amounts electromagnetism reciprocal space mapping low temperature room temperature current density From James Overhiser 8 plays
12:13 2017 REU Daniel Bouman 2017 PARADIM REU… 2017 REU Daniel Bouman 2017 PARADIM REU Nano-Convocation	2017 REU Daniel Bouman 2017 PARADIM REU Nano-Convocation resist heavy computer data compressive strain growth parameters chemical elements cnf lattice constant m.b.e. quantum computing materials science fair lecture magnetic field super conducting compressive film fine edge space mapping presidium scandi substrate microscope grid protective layers t.c. strain films higher concentration gold standard room temperature real space plan view electric current liquid nitrogen lecture granted access structural characterization reu starting point granted access memory scanning transmission electron electron beam model layer component algebra geometry atomically bonded plane lot characteristic reflections high current external field structural change alternating current poor ization semiconductors thin film individual layers tensile strain macroeconomics liquid nitrogen temperature glass slide energy density supporting electrolyte room temperature image transition metal electromagnetic radiation train engineering tensile film pencil strain transmission electron microscopy linear algebra domain wall flux ratio electrical engineering external bias ram iranian jews crystals mathematical terminology random access memory resistivity measurement caption complete face pure polarization high energy functionality peaks coming hand side superconducting thin film structural system direct current mediasite superconducting film huge amounts reciprocal space mapping reflection low temperature string films materials current density mass media elementary mathematics From James Overhiser 42 plays
52:46 2017 PARADIM CNF HHMI KEP REU Nano-Convocation -… 2017 PARADIM CNF HHMI KEP REU Nano-Convocation - Session 2	2017 PARADIM CNF HHMI KEP REU Nano-Convocation - Session 2 external bias resist heavy real space plan view structural change alternating current cell phones growth parameters ram characteristic reflections structural characterization liquid nitrogen external field thin film plane lot individual layers random access memory tensile strain caption complete superconducting thin film liquid nitrogen temperature glass slide lattice constant compressive strain face pure reu starting point energy density high energy hand side supporting electrolyte m.b.e. quantum computing granted access memory scanning transmission electron resistivity measurement low temperature cnf electron beam model layer fair lecture room temperature image lecture granted access huge amounts magnetic field super conducting compressive film transition metal tensile film fine edge pencil strain direct current domain wall mediasite superconducting film transmission electron microscopy reciprocal space mapping space mapping presidium scandi microscope grid protective layers atomically bonded restrain film flux ratio peaks coming string films room temperature current density t.c. strain films glass light meter square higher concentration gold standard high current From James Overhiser 10 plays
52:46 2017 CNF HHMI KEP PARADIM REU Nano-Convocation -… 2017 CNF HHMI KEP PARADIM REU Nano-Convocation - Session 2_001	2017 CNF HHMI KEP PARADIM REU Nano-Convocation - Session 2_001 external bias external field real space plan view structural change alternating current huge amounts growth parameters ram characteristic reflections structural characterization liquid nitrogen resist heavy thin film plane lot individual layers random access memory tensile strain caption complete superconducting thin film liquid nitrogen temperature glass slide lattice constant compressive strain face pure reu starting point energy density high energy supporting electrolyte m.b.e. quantum computing granted access memory scanning transmission electron resistivity measurement low temperature hand side electron beam model layer fair lecture room temperature image lecture granted access magnetic field super conducting compressive film transition metal tensile film fine edge pencil strain direct current cnf mediasite superconducting film transmission electron microscopy reciprocal space mapping presidium scandi microscope grid protective layers atomically bonded domain wall flux ratio peaks coming room temperature current density t.c. strain films high current higher concentration gold standard From James Overhiser 8 plays