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30:44 PARADIM DFT Summer School 2021- Practical Lecture… PARADIM DFT Summer School 2021- Practical Lecture 3	PARADIM DFT Summer School 2021- Practical Lecture 3 PARADIM DFT Summer School 2021- Practical Lecture 3 - Betül Pamuk lattice parameters calculation atoms forces positions cell energy parameter calculations length output bond hands threshold input stress structure coordinates thing From Brenda Fisher 64 plays
01:06:06 Improving Food and Nutritional Security for the… Improving Food and Nutritional Security for the Global South: The Genetic Improvement of Maize and Cassava with Smallholder Farmers	Improving Food and Nutritional Security for the Global South: The Genetic Improvement of Maize and Cassava with Smallholder Farmers Prof. Mike Gore, College of Agriculture and Life Sciences, December 17, 2017 hydrocarbons orange high castles cloud points g.p.s. coordinates dark orange technology called breeding cycle bioinformatics population genetics tall peak sub-saharan africa g.p.s. german musical groups country classifications food colorings agronomy psychoanalysis medical terminology long time higher amount large amount genetics ancient recombination economics terminology plant physiology vitamins chemical properties breeding programs health health sciences cotton plant human beings breeding smaller farmer antioxidants metabolism ground vehicle nutrition fortified food caption complete plant reproduction molecular biology orange color carotenoids statistical terminology chromatography repression model human geography nutritional quality biosynthesis gas pedal regression model biomolecules great point great question public high schools in michigan disease lesion beta carotene commercial fortification canopy temperature molecular genetics hydrology white brain statistical charts and diagrams transpiration rate genetic marker metadata food science mapping resolution plant breeding demography controlling variation biotechnology cotton ball a.b.a. vision From Jennifer Wright 6 plays
01:01:34 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 72 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 71 plays
49:39 DFT: Equilibrium structures (Lecture 3.1) DFT: Equilibrium structures (Lecture 3.1)	DFT: Equilibrium structures (Lecture 3.1) 2018 PARADIM SUMMER SCHOOL Lecture 3.1 - Equilibrium structures mechanics state functions force unit cell simple concept energy concepts in physics hydrogen physics forms of energy potential energy mathematical terminology dynamics quantum mechanics hydrogen particle physics caption complete nuclear coordinates hexagonal minerals quantum chemistry harmonic oscillator economics terminology lowest energy native element minerals energy (physics) web colors functional theory starting point thermodynamics quantum mechanical molecules kinetic energy total energy nuclear physics minus $13.00 quantum models f.t. computing power atoms optical spectrum construction contemporary art functions and mappings equations classical mechanics dimensional problem silicon crystal glory molecule difficult relation educational psychology hydrogen atom charge time matter diamond structure printing mass diagrams spectroscopy point particle chemistry wave function From James Overhiser 104 plays
47:09 14 - Circular Motion: Simple Pendulum Session 14 14 - Circular Motion: Simple Pendulum Session 14	14 - Circular Motion: Simple Pendulum Session 14 2013-03-07 08:58:45+00 systems theory symbols equation classical mechanics negative formal languages functions and mappings center spring 2013 period differential calculus arithmetic latin alphabet elementary algebra write dynamics derivative force triangles momentum gravity point geometry balance question statistical terminology mass miami university perpendicular relative t.. minus circles videonote differentiation rules non-linear universe binary operations philosophical terminology length linear algebra kinematics algebra amplitude coordinates concepts in physics caption complete pendulum velocity acceleration direction mathematical analysis primitive types motion syntactic entities rotation conservation laws mechanics non-linearity equations From mjp337@cornell.edu 21 plays
49:13 15 - Mechanics Review; Circular Motion… 15 - Mechanics Review; Circular Motion (cont'd) Session 15	15 - Mechanics Review; Circular Motion (cont'd) Session 15 2013-03-12 08:50:14+00 dot information science force fluid mechanics videonote rigid bodies thermodynamics engineering tribology matter display technology principles direction double dot caption complete diagrams mathematical analysis analytic geometry density celestial mechanics rigid object minus philosophy of mathematics academic administration particle mathematical physics binary operations dimension mathematical objects thing numeral systems mechanical engineering vector logic coordinates spring 2013 communication mechanics functions and mappings dynamics greek alphabet simplification equation velocity aerodynamics differentiation fluid dynamics philosophy vowel letters statics egyptian artefact types circle concepts in physics partial differential equations kinematics one approximation length problem elementary geometry question physical objects astrometry energy energy development exponentials position equations particle physics linear algebra latin alphabet educational psychology algebra elementary mathematics circles distance quantity angle mathematical notation change representation differential calculus elementary algebra gyroscopes geometry linear operators in calculus classical mechanics trigonometry infinity neuroscience mass acceleration differential equations continuum mechanics rotation equal motion From mjp337@cornell.edu 12 plays