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2019_NNCI_REU_Presentations_-_Jarek_Viera duration 10 minutes 56 seconds 2019_NNCI_REU_Presentations_-_Jarek_Viera 2019_NNCI_REU_Presentations_-_Jarek_Viera	2019_NNCI_REU_Presentations_-_Jarek_Viera semiconductors pretty bad concepts in physics super pumped chemical elements sample chips electronic property precursors transition metals caption complete carrier gas fluid dynamics traditional semiconductors organic liggins system systems theory semiconductor biology and pharmacology of chemical elements transition metal grain silicon chip medical terminology salt plate grain size metals coverage adverse effects tungsten t.m. limitation microbiology techniques electron microscopy phases of matter t.m.t. contrast difference elementary mathematics fine tune From James Overhiser 38 plays
Growth of Ruthenates—CaRuO3, SrRuO3,… duration 52 minutes 23 seconds 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 351 plays
Valence EELS, High Energy Resolution duration 59 minutes 21 seconds Valence EELS, High Energy Resolution Valence EELS, High Energy Resolution	Valence EELS, High Energy Resolution 2017 PARADIM SUMMER SCHOOL Low loss EELS David Muller optical spectroscopy formal sciences concepts in physics silicon rich silicon dioxide chemical elements band gap scattering electron density lowest energy feature reducing agents valence electrons quick rule pyrotechnic fuels electron microscope waveguide mode nuclear physics percent radius electron real trouble dielectric boundary conditions nice big factorial and binomial topics tightly bound electric field spatial resolution single scattering optics sample thickness interface plasma nano particles optical gap direct bandgap phosphates particle physics fluid dynamics high energy electron atomic physics dielectric responses biology and pharmacology of chemical elements liquid cell multiple scattering electron beam energy resolution tiny signal single particle transition cherenkov radiation electron gas free electron gas optical transition energy loss energy lost characteristic angle free electronic energy filter low energy charge oscillations valence region surface plasma toxicology free path silicon oxide optical spectra bulk material exit haitian call auspex fourier analysis quantum mechanics big background image charge electrostatics lastic scattering nice thing interesting standing wave bessel function boundary conditions ion image single particle standing wave modes funny feature electron states scattering event direct gap good free electron physical quantities energy loss function vector calculus dietary minerals absorption and radiative transfer (optics) electrical engineering thick sample field lines length scale electronics terminology electrodynamics phoria transform radiation sensitive caption complete hof plasma frequency log scale experimental particle physics hof epsilon semiconductor materials higher energy high frequency atomic resolution interface mode good news harmonic oscillator special relativity dielectric function diverges logarithmically shine light couple 100 volt t.m. incredibly complicated bad news electromagnetism energy range cherenkov modes 100 volt spherical modes linear operators in calculus chemistry bulk plasma From James Overhiser 147 plays
Electron Tomography - Theory duration 1 hour 23 minutes Electron Tomography - Theory Electron Tomography - Theory	Electron Tomography - Theory 2017 PARADIM SUMMER SCHOOL Tomography Theory Ercius cartesian space dimensional space dimensional thing scale tomography dimensional reconstruction projection requirement solutions extremely high resolution original image physical science maximum tilting tilt series long time electron microscopy electron tomography compressed sensing inverse nanometers scientific techniques dimensional structure materials science equal angle signal processing concepts in physics photography low dose 1st thing point defect higher frequency single projection diffraction pattern pretty good microscopy needle sample big difference free transform original object spatial frequency vision carbon atom real space adam counting reciprocal space emerging technologies cat f.f.t. dimensional image perfect projections original projection atomic physics projected density experimental projections nano particles stem medical imaging high resolution carbon good reconstruction original projection direction unique object aberration corrected atomic scale beam electrons experimental data tilt axis original intensity nanometer depth pseudo polar microscopes reconstruction technique projection operation low frequency radio spectrum equally slope tomography quantum mechanics kinematics concentric squares cat scan higher dimensional quantum dot analytic geometry iterative loop entire image equal distance iterative algorithm classical mechanics digital photography called equally slope linear algebra grand challenge single particle simpler interpellation dimensional object geometry limitation high tilts nano scale phoria transform english alternative rock groups resolution tomography reconstruction packages building block caption complete digital geometry computer graphics free space reconstruction algorithm improve reconstructions high frequency atomic resolution projection image shell particle cohen resolution dimensional picture sine wave crystallographic defects t.m. advanced algorithms iterative process missing wedge information theory continuous function material science tomography experiment broadcasting mass sample things elementary mathematics chemistry electron microscope nanomaterials From James Overhiser 201 plays
Ronchigrams duration 1 hour 16 minutes Ronchigrams Ronchigrams	Ronchigrams 2017 PARADIM SUMMER SCHOOL Ronchigrams Peter Ercius aperture size dark field detector concepts in physics smaller probe spherical aberration largest probe graduate school guy named higher order strong magnetic long time electron microscopy order terms phase change zone axis pretty easy specimen optics optical devices 0.11 nanometers fraction pattern local magnification larger aperture electron microscope corrected scope aberration corrected microscope previous images photography magnetic field raunchy gram electron phase shift stem probe convergence angle electron diffraction pattern diffraction pattern science of photography diffraction space elementary geometry post specimen rate path small screen engstrom optics objective lens circles aberration shape microns left low frequency nice probe corrected stem small amount semi angle post specimen lenses infinite magnification focus series monolithic detector seabed pattern ranch graham flat region atomic physics aberration corrected scope electron lens pretty close a.t.f. focal series diffraction button aberration correct overlap region bright field detector largest aperture high resolution wine glass carbon k.v. lot simpler image correct aberration corrected length round lens 300 k.v. quote unquote large focus radio symmetry focused probe image processing bbc radio 4 programmes contrast transfer ecclesiastical titles centimetre–gram–second system of units f.b.i. tech physical optics image shift flat phase micron diameter aperture 200 k.b. geometrical optics amorphous material alpha angle aberration corrector c.s. aberration correction shadow image sphere collaboration physical chemistry digital photography higher order aberrations beam electron diffraction f.b.i. 100 percent 2nd order csub caption complete star aberration crystallography angle high angles c.c.d. virtual detector optical axis automated alignment particle physics aberration function pixilated detector computer vision lens current atomic resolution central spike weird aberrations higher order terms perfect lens t.m. 3rd order priest specimen lenses k.b. double overlap si derived units corrected microscope diffraction single position tiny bit order spherical chemistry convergent beam electron stem From James Overhiser 204 plays
Introduction to Electron Microscopy duration 39 minutes 59 seconds Introduction to Electron Microscopy Introduction to Electron Microscopy	Introduction to Electron Microscopy 2017 PARADIM Intro to TEM David Muller aperture size observational astronomy data sets big objects scattering individual atoms long time electron microscopy optical devices fraction pattern molecules electromagnetic potential electron microscope big fat spot atomic force microscope strong lens 1000000 volts concepts in physics photography magnetic field c.c.d. camera numerical aperture 1st thing diffraction limited zation damage diffraction pattern huge cross sections charge carriers spherical aberration microscopy big angles optics objective lens chip failed 1st electron bacteria optical microscope radiation damage atomic physics imaging mode uniformly illuminated electron lens electron beam aberration correct magnetism lens action energy loss s.c.m. magnetic lens scientific techniques microscopes optic axis statistics accelerator physics transmission electron microscope geometrical optics science of photography scanning electron microscope incredibly incredibly tiny knowledge representation projectile lenses diffraction spot physical quantities digital photography diffraction blur objective aperture viewing screen magnetostatics condenser lens caption complete free space c.c.d. scattering mechanism particle physics electron gun great amount small spot atomic resolution single transistor time varying field elastic scattering high voltage t.m. electromagnetism charged particles electron military equipment academic administration losses equation From James Overhiser 199 plays
Linear Imaging Theory duration 1 hour 1 minute Linear Imaging Theory Linear Imaging Theory	Linear Imaging Theory 2017 PARADIM Linear Imaging Theory Robert Hovden d.n.a. dark field aperture size object function total intensity collaboration increases concepts in physics convergence angle area spherical aberration wide range covering today geometric shapes d.n.a. structure central minimum electron microscopy focal point intensity increases linear imaging model wave vectors control theory optical devices collection angle larger aperture electron microscope high angle architectural elements signal processing photography high pass filter transfer function uncorrected system phase shift darkfield regime functional form scattered electrons higher frequency bright field stem egyptian artefact types diffraction pattern science of photography point spread function high intensity probe elementary geometry integrals spatial frequency optics objective lens bright field regime bright spots real space low frequency reciprocal space blurring contribution sphere collaboration uncorrected instrument characteristic dimension incoherent imaging condition surfaces aperture function wave front atomic physics imaging mode contract transfer function white noise scanning transmission electron cohere imaging previous lecture distant plane elementary shapes stem higher angles high resolution incoherent linear image mil rating detector geometries field cone geometry types of functions aberration corrected constant phase length lower frequencies chromatic aberration conic sections amplitude squared aberration free scientific techniques microscopes measuring instruments intensity squared optic axis intensity decreases contrast transfer diffraction limit stem image individual atom radio spectrum incoherent imaging quantum mechanics aberration free probe multivariable calculus people meters focal plane bright field low angle amateur radio systems theory image plane coherent imaging condition collecting electrons blurring function transmission electron microscopy physical quantities digital photography angular spread double integral coherent imaging largest range face shift higher order aberrations raleigh criterion pio fairly interpretable transmission electron microscope square pulse geometrical optics digital signal processing 1st order caption complete probe tails nyquist limit blue curve subroutines broadcasting filter frequency response maximum frequency high frequency caustic curve hand side low pass filter spatial coordinates atoms closer coherent image sparrow criterion structural system pico meter dark background frequency space optimal aperture t.m. complex conjugate contrast transfer function wave function measure ultimately imaging condition annular darkfield incoherent imaging mode atomic number field stem atomic column inelastic interactions nobel prize angle medium chemistry focal imaging probe size From James Overhiser 131 plays
Intro to EELS (Part 1) duration 1 hour 29 minutes 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 119 plays
Core Loss EELS, EDX duration 48 minutes 34 seconds Core Loss EELS, EDX Core Loss EELS, EDX	Core Loss EELS, EDX 2017 PARADIM Core loss EELS Lena Kourkoutis specific element fine structure violence lower energy noise level statistical mechanics huge increase elastic contrast concepts in physics metals atomic scale huge problem chemical elements noise e.t.f. image emotions power law nitrides transition metals image processing particle physics energy edges caption complete electronic structure spectroscopic mapping t.m. electron collection angus scales specific edge ironic compound optical devices high energy reducing agents collection angle good amount transition metal scientific terminology pyrotechnic fuels spectroscopic map biology and pharmacology of chemical elements nuclear physics energy resolution tails of probability distributions afternoon session photography semiconductor materials inelastic scattering 1st peak entrance aperture anthropology silicon edge single spectrum collection anger energy loss metalloids scattered electrons probability theory emotion physical quantities digital photography elastic signal occupied density science of photography high energy losses geometry low energy local background white lines strong peak microscopy small collection data set dietary minerals face contrast atomic number background subtraction spectroscopy diffraction contrast atomic physics free path binding energy optics e.t.f. 2nd peak From James Overhiser 111 plays
$Thumbnail for entry Diffraction (Part 2)$ Diffraction (Part 2) duration 1 hour 7 minutes Diffraction (Part 2) Diffraction (Part 2)	Diffraction (Part 2) 2017 PARADIM Diffraction part 2 David Muller central beam noise source aperture size n.c. concepts in physics ideal d.q. 2nd thing readout noise high dynamic range mental plane thermal noise long time channel gain variations quantum electrodynamics digital imaging count rate optical devices fraction pattern pico amps long range biological imaging range electric fields huge amount signal processing geology d.p. photography thin pixel magnetic field hole pez c.c.d. camera electronics poisson distribution diffraction pattern electron hope point spread function 200 kilovolts $16.00 pico amps neighboring pixel square root mass signal standard deviation detective quantum efficiency spatial frequency optics real space research methods energy distribution magnetic ripples d.q. single electron sensitivity particle physics narrow pixel space measurement slowly varying abled sphere atomic physics imaging mode electric field energy deposited minus sigma pretty good emerging technologies electron beam noise dynamic range point $16.00 pico magnetism dock noise soft moon k.v. pulse counting detector lastic imaging modes e.q. low energy pretty darn good electrons arrive micron pixel fire electron random noise microscopes perfectly linear discrete distributions electron produces mass image percent variation technical details electron hole pay q.e. statistics electrostatics electronics terminology quantum mechanics field image single actor ideal detector multiple pixels grain contrast systems theory electron hole 1st time high count rates charge carriers huge number diffraction spot physical quantities digital photography full diffraction pattern noise time pulse counting beam energy high voltages output noise milli 2nd dynamical systems output signal low count rate dimensional data digital signal processing momentum transfer caption complete $150.00 micron information pixel array detector c.c.d. 1000 electrons laboratory equipment cybernetics atomic resolution scientific method finite size fundamental limit noise ratio fraction spot quantum chemistry t.m. data evaluation methods electromagnetism momentum operator incident electron diffraction probability current flow rough rule beam current wave function diffraction work From James Overhiser 136 plays
$Thumbnail for entry Diffraction (Part 1)$ Diffraction (Part 1) duration 1 hour 18 minutes Diffraction (Part 1) Diffraction (Part 1)	Diffraction (Part 1) 2017 PARADIM Diffraction part 1 David Muller d.n.a. solid pole concepts in physics outgoing spherical wave positive nuclei ray diffraction experiment atomic physics diffracted beam nicely lined higher order silicon atom electron microscopy focal point image intensity zone axis symmetry zone axes optical devices fia fraction pattern teaching shape factor electron microscope audio engineering high angle nuclear physics fit scattering beautiful thing good approximation thin sample imaging method chip chip chip reciprocal lattice phase shift elastic scattering digital audio english indie rock groups diffraction pattern diffraction space geometric optics chemical elements big angles spatial resolution small angle scattering elementary special functions badly tilted spatial frequency adam layer real space lattice spacing delta function small angle measurement crystallography particle physics musical quintets time frequencies quantum chemistry scattering happened 1st column scattering oral communication plane wave atom column biology and pharmacology of chemical elements titanium column multi slice transmission function electron beam finite object surface normal big spacing periodic crystal soft moon forward direction synchrotron-related techniques wave number constant phase infinite series change shape travel parallel infinitely large crystal scientific techniques main thing sol microscopes mathematical physics contrast imaging optic axis shape fact transition metals initial wave forward scattering stem image reciprocal space spherical wave electronics terminology quantum mechanics field image neighboring column 1st approximation reducing agents fourier analysis analytic geometry furcal wave focal plane time varying bright field angle scattering order spot multi slice simulation image plane didactics scattering event physical aperture diffraction spot momentum space physical quantities phoria transform times worse 2nd ring single atom objective aperture dietary minerals absorption and radiative transfer (optics) trigonometry strong phase approximation unit cell field imaging carbon nitrogen stem mode metals diffraction peak inverse angstroms english alternative rock groups dog field geometrical optics parallel beam 1st order momentum transfer atomic resolution image year transform crystallography definition periodic table fiber optic waveguide pyrotechnic fuels central spot semiconductor materials mathematical notation caption complete finite size lattice image d.c. large angle fall field sine wave fraction spot functional analysis random orientation t.m. bad news initial wave function educational psychology acoustics information theory diffraction atomic number long rod wave function From James Overhiser 248 plays
PARADIM JHU Data Meeting duration 3 hours 54 minutes PARADIM JHU Data Meeting PARADIM JHU Data Meeting	PARADIM JHU Data Meeting computer data formal sciences psychometrics servers (computing) chemical elements networks xml technical communication big data d.f.t. writing metallurgy reducing agents communication drug discovery internet culture materials science data modeling building engineering computing terminology s.f. interoperability computer file formats a.p.i. scientific method data extraction data sets data warehousing micro structure nist problem solving data serialization formats python (programming language) models of computation crystallography particle physics medical terminology military tactics chemical properties research p.r. good things medicine japanese-language singers statistical charts and diagrams data analysis database theory f.t. statistical terminology visualization (graphic) database management systems cern methodology data expert r.p.i. negotiation mineralogy scientific techniques microscopes cybernetics n.s.f. learning data mining image processing statistics fiction human intensive information science accelerator physics python software artificial intelligence data points knowledge representation metals data collection condensed matter physics futurology machine learning jupiter notebooks data management theoretical computer science statistical data types processing internet slang x.m.l. sas hof computer graphics humanities application layer protocols computer vision computer science musical quintets mit south korean boy bands design of experiments literature metal model bioinformatics t.m. data application programming interfaces cooperatives windows-only free software dwb7 p.i. computer programming markup languages couple things databases integrated development environments From David Botsch 98 plays
01 - Introduction Session 1 duration 50 minutes 9 seconds 01 - Introduction Session 1 01 - Introduction Session 1	01 - Introduction Session 1 2009-01-19 09:05:28+00 engineering calculus mathematical logic linear application students spring 2009 differential equations set theory contradiction numerical linear algebra numerical analysis systems theory operations point earthquake engineering unknown infinity structural engineering equal mathematical objects sociolinguistics integral calculus classical mechanics education problem abstract algebra theoretical computer science elementary algebra latin alphabet arithmetic systems question philosophy of mathematics mechanics management interpretation number youth computer science force algebraic computer companies elementary special functions physics software tension language elementary mathematics educational psychology educational stages x.. concepts in physics propositional calculus geometry law building engineering videonote chemical processes data analysis software times mechanical engineering minus linear algebra vowel letters school terminology data management solution equation caption complete t.m. correspond continuum mechanics polynomials algebra linguistics solve plane equations thing From mjp337@cornell.edu 412 plays