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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
01:11:49 From Einstein's Photoelectric Effect to Band… From Einstein's Photoelectric Effect to Band Mapping. (Shen)	From Einstein's Photoelectric Effect to Band Mapping. (Shen) 2019 Summer School optical spectroscopy energy electronic structure concepts in physics fermi energy kilo volt modern physics class simple system translational symmetry electrons inside electronic structure angle result photo continuum mechanics measure things perpendicular component high energy m.b.e.high energy resolution teaching photo electron nuclear physics good sample electrons coming electron coming magnetic field photo motion electron photo mission experiment radiobiology main factors electronics companies of the united kingdom color coded charge carriers probing depth elementary geometry photo mission material properties binding energy result photo mission energy electrons energy single spectrum measurement surface sensitive crystallography ray diffraction social sciences free carriers lead tennis ball high intensity basically map basic principle plane wave threshold energy reciprocal lot electronics pretty popular energy resolution material systems mission experiment momentum conservation free electron gas anthropology physical properties magnetism formally correct optical transition band structure plain wave deep inside huge number core levels geometry photon energy defined energy low energy channel plate key thing total momentum conservation laws quantum mechanical dipole matrix element universal curve symmetry simple relationship step model polar angle photo current main thing decision theory energy band photo mission process transition matrix element energy conservation band masses free electron large energy accelerator physics 100 electron volts potential barrier sudden approximation photo mission measurement work function radiation shield photo electrons coming classical mechanics momentum space physical quantities balls condensed matter physics photo machine discharge lamp single atom low energy electronic couple slides valence band spectroscopy higher harmonic generation plane momentum photo lecture mechanics actual process famous year nanometer probing mission process electron volts quantum mechanics class caption complete free space featureless background sample manipulator crystal wright fermi–dirac statistics thermodynamics higher energy kinetic energy highest energy vacuum chamber electronic band structures electron analyzer play momentum velocity quantum chemistry correct answer quantum materials electron momentum electromagnetism fermi level urban studies and planning electron leaving educational psychology energy range si derived units low temperature mass quantum mechanics nobel prize material science From James Overhiser on August 7th, 2019 33 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 17 plays
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44:26 PARADIM 2018 Lecture 5.1 - Band structure and… PARADIM 2018 Lecture 5.1 - Band structure and optical spectra.mp4	PARADIM 2018 Lecture 5.1 - Band structure and optical spectra.mp4 bunch structures aesthetics point calculation communication energy concepts in physics metals simplest thing wave function caption complete wave actor quantum chemistry highest occupy oral communication quantum mechanics semiconductor materials kinetic energy bus structure semiconductors total energy function optical properties virtue f.t.carbon forms case basically electron basically optical transition structure superhard materials organic chemistry educational psychology difficult relation light photon energy main message thing mass media expression optical absorption optical spectra From James Overhiser on April 10th, 2019 5 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 16 plays
52:13 5.1 Band Structure & Optical Spectra -… 5.1 Band Structure & Optical Spectra - Lecture 5.1	5.1 Band Structure & Optical Spectra - Lecture 5.1 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 5.1 country subdivisions 1st green zone point calculation energy philosophical terminology concepts in physics family level bunch structure measurement mathematical terminology quantum mechanics caption complete surfaces complex analysis quantum chemistry family surface energy conservation computational chemistry quasiparticles continuum mechanics systems theory quantum oscillations d.f.t.kinetic energy topology negative charge semiconductors total energy people discuss entire thing electronics terminology f.t.time consuming elementary shapes differential topology basically elementary geometry iraq war geometric shapes conduction band energy policy federal level physical quantities geography terminology condensed matter physics firmly set light photon energy experimental absorption atomic structure thing plasma physics elementary mathematics optical absorption From James Overhiser on February 15th, 2019 39 plays
01:09:52 Schrodinger equation and mean-field approximation… Schrodinger equation and mean-field approximation - Lecture 1.2	Schrodinger equation and mean-field approximation - Lecture 1.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 1.2 concepts in physics chemical elements simple equation solutions characteristic energy body wave function electronic structure correlation potential electron density architectural elements square divided 1st principles electron egyptian artefact types grammar particle equation electron charge force kinetic energy potential energy philosophical terminology principles nuclear mass hydrogen physics 1st electron particle physics quantum chemistry chemical properties body problem starting point cool interaction biology and pharmacology of chemical elements spintronics f.t.environmental science people talk atoms independent particle functions and mappings potential exacted chemical processes exclusion principle helium atom conservation laws mechanics extra potential electronic structure methods electron basically communication forms of energy reference frame tomorrow morning experimental parameter electrostatics complex number quantum mechanics hydrogen wave functions completely ignore single particle minus $13.00 quantum models airship technology 100 years potential energy coming physical quantities basically minus condensed matter physics potential energy hydrogen atom independent events nuclear potential pretty table column interaction state functions 40000 points takes care mathematical terminology square model helium physical principle caption complete single particle equation hydrogen semiconductor materials kinetic energy exchange potential total energy independent electron good news partial differential equations electron mass 1st step human communication electromagnetism electronic variables atomic number mass wave function From James Overhiser on February 15th, 2019 56 plays
46:34 2.1 Equilibrium structure of a diatomic molecule… 2.1 Equilibrium structure of a diatomic molecule and a bulk crystal	2.1 Equilibrium structure of a diatomic molecule and a bulk crystal 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 2.3 mechanics copy paste point calculation clothing molecule energy philosophical terminology black dots bone length chemical elements cybernetics mathematical terminology caption complete density systems science systems theory find stuff experiment semiconductor materials systems input/output total energy equilibrium nuclear physics 1st principles christmas food f.t.molecule yesterday number english-language journals spend time basically clothing item configuration structure matter physical quantities chemistry input file f.c.c.thing length pedagogy binding energy find basically From James Overhiser on February 14th, 2019 69 plays
51:49 1.1 Connecting to MARCC, basic Linux commands,… 1.1 Connecting to MARCC, basic Linux commands, and a test run	1.1 Connecting to MARCC, basic Linux commands, and a test run 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 1.3 summer copy paste p.d.f.calculation energy concepts in physics unix cybernetics linux caption complete discontinued operating systems prefixes open source application layer protocols atomic physics systems theory standard calculation input/output internet programming language implementation standard output n.p.r.sun microsystems software total energy quarter quarter pseudo potential u.r.l.c.p.u.supercomputer 1st time unix software basically file called secure shell 1st thing semantics physical quantities input file density functional theory output file quantum espresso f.c.c.f.c.c. structure thought thing directory object-oriented programming languages integrated development environments From James Overhiser on February 14th, 2019 93 plays
42:46 Vibrational properties and phonons in DFT… Vibrational properties and phonons in DFT (Lecture 4.1)	Vibrational properties and phonons in DFT (Lecture 4.1) 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 4.1 force game mode 2nd atom bit larger energy concepts in physics difficult relations hearing elementary special functions sound wave equation reference frame medical terminology water molecule statistics planetary science web colors atomic physics d.f.t.pressure waves molecules special relations 2nd derivative caption complete arithmetic physical chemistry i.q.energy scale special directions blue circles secondary bodies mathematical analysis blue dots cartesian directions functions and mappings equations elementary mathematics equations of physics sound physical quantities chemistry mechanical vibrations condensed matter physics acoustics called density function chemical processes berlin zone matter square root total energy atoms find basically euclidean geometry harmonic approximation force constant From James Overhiser on February 14th, 2019 46 plays
39:09 Elastic properties of materials - Lecture 3.2 Elastic properties of materials - Lecture 3.2	Elastic properties of materials - Lecture 3.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 3.2 mechanics total potential energy force top layer experiments typically energy concepts in physics greek letters forms of energy stable phase elastic constant $36.00 elements musical quintets long time electron density people continuum mechanics quantum mechanics calculation kinetic energy japanese-language singers geography strain tensor vowel letters external force equilibrium configuration caption complete good news f.t.geography terminology electron basically 2nd derivative structure country subdivisions stress 2nd relation potential energy constant times thing phases of matter original musicals young model From James Overhiser on February 14th, 2019 30 plays
53:08 Equilibrium structures of materials- Lecture 3.1 Equilibrium structures of materials- Lecture 3.1	Equilibrium structures of materials- Lecture 3.1 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 3.1 crystal structure unit cell communication flow chart concepts in physics dynamo structure find equilibrium forms of energy potential energy force dynamics things called position time caption complete nuclear coordinates crystallography quantum chemistry natural philosophy lowest energy chemical properties undergrad courses atomic physics large separation proton charge d.f.t.scientific terminology systems build structures 2nd derivative energy total energy molecules algebra total engine energy (physics)f.t.optimization problem 1st time interesting bit 1000 items kinetic energy systems theory functions and mappings equations classical mechanics structure physical quantities chemistry semantics energy development low motion legal terms printing spin configuration quantum mechanics digital libraries quantum momentum wave function potential energy surface From James Overhiser on February 14th, 2019 26 plays
41:15 Plane Waves and Pseudopotentials- Lecture 2.2 Plane Waves and Pseudopotentials- Lecture 2.2	Plane Waves and Pseudopotentials- Lecture 2.2 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 2.2 mechanics time needed differential equations point energy concepts in physics 2nd order calculation time reference frame caption complete water molecule differential equation quantum chemistry economics terminology types of functions web colors oral communication quantum mechanics local density approximation molecules microeconomics teaching time consuming total energy atomic physics function pseudo potential previous lecture commerce f.t.continuum mechanics quantum number plane wave boundary condition english-language journals optical spectrum basically kinetic energy fluid dynamics functions and mappings physiology semantics physical quantities chemistry energy development partial differential equations absolutely critical criminal law thought matter mass f.d.a.elementary mathematics binding energy wave function nuclear potential From James Overhiser on February 14th, 2019 44 plays
54:29 Density Functional Theory (Lecture 2.1) 2016 Density Functional Theory (Lecture 2.1) 2016	Density Functional Theory (Lecture 2.1) 2016 2016 PARADIM SUMMER SCHOOL Feliciano Giustino - Lecture 2.1 mechanics state functions lower energy energy energy (physics)correlation energy forms of energy particle wave function mathematical terminology quantum mechanics density function theory particle physics body wave function exchange correlation formal introduction lowest energy complex number electron density constant density exchange energy functional theory starting point d.f.t.local density approximation single particle wave discussed yesterday potential coming kinetic energy actual calculations total energy atomic physics shooting equation caption complete good news oral communication concepts in physics f.t.electron quantum chemistry people call blah blah 1st thing physical quantities wave function types of functions function equal homogeneous electron energy times nuclear potential teaching function theory From James Overhiser on February 14th, 2019 91 plays
57:07 DFT: Plane Waves and Pseudopotentials (Lecture… DFT: Plane Waves and Pseudopotentials (Lecture 2.2)	DFT: Plane Waves and Pseudopotentials (Lecture 2.2) 2018 PARADIM SUMMER SCHOOL DFT: Plane Waves and Pseudopotentials (Lecture 2.2) differential equations real space electronics terminology calculation energy philosophical terminology concepts in physics exact solution chemical elements forms of energy cybernetics net charge force quantum mechanics decision theory caption complete water molecule differential equation quantum chemistry systems science plane wave semiconductor materials systems mathematical notation physical sciences functional theory total energy biology and pharmacology of chemical elements function computer time pseudo potential algebra boundary conditions amorphous system partial differential equations electron construction basically kinetic energy systems theory 2nd derivative functions and mappings structure sound physical quantities typical question function equal code yesterday thought dietary minerals primitive vectors condition mass linear operators in calculus wave function virtue From James Overhiser on February 14th, 2019 47 plays