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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 376 plays
45:41 An introduction (Ab initio) to materials… An introduction (Ab initio) to materials modelling (Lecture 1.1)	An introduction (Ab initio) to materials modelling (Lecture 1.1) 2016 Summer School An introduction to density functional theory for experimentalists (Feliciano Giustino) Lecture 1.1 reference communication concepts in physics people working russell group quantum mechanics hydrogen particle physics caption complete carbon forms si base units influential papers structure of the earth oral communication functional theory high pressure d.f.t. materials science f.t. glass physics basically carbon atoms classical mechanics superconductors b.c.s. citation rate educational psychology b.c.s. theory quantum dots super conductor electrical conductors hydrogen atom density functional top 100 papers structure of nano-diamond impacet of d.f.t. bucky diamond fullerene heat capacity superconducting melting temperature core-mantle boundary brittle fracture silicon rational design timeline transferability simplicity software sharing From James Overhiser 511 plays
01:02:12 DFT: Many Body Problems (Lecture 1.2) DFT: Many Body Problems (Lecture 1.2)	DFT: Many Body Problems (Lecture 1.2) 2018 PARADIM SUMMER SCHOOL Lecture 1.2 Many body Problem mechanics electronic engineering independent particles force potential depends electronic structure methods communication energy philosophical terminology concepts in physics principles hydrogen physics exact solution forms of energy f.c.c. letter number exact number single electron reference frame hydrogen particle physics caption complete independent letter independent event quantum chemistry 1st function helium electron density quantum mechanics starting point potential potential coming kinetic energy previous life single particle total energy electoral vote square divided independent electron 1st principles study potential algebra quantum models fair amount local potential atoms electron functional theory complex function 110 electoral votes study electronic structure 100 years small number good news semantics physical quantities condensed matter physics hydrogen atom function equal thought correlation potential helium atom nuclear potential wave function applied mathematics From James Overhiser 441 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 131 plays
36:30 DFT: Limitations of Density Functional Theory… DFT: Limitations of Density Functional Theory (DFT) and post-DFT methods (Lecture 5.2)	DFT: Limitations of Density Functional Theory (DFT) and post-DFT methods (Lecture 5.2) 2018 PARADIM SUMMER SCHOOL Lecture 5.2- DFT beyond the LDA point calculation energy philosophical terminology concepts in physics metals hydrogen physics approximation continuum mechanics local approximation mathematical terminology transition metals systems theory hydrogen decision theory caption complete p.b. approximation quantum chemistry predictive accuracy matter focus change web colors p.b. functional exchange energy quantum mechanics thermodynamics d.f.t. molecules longer range computing terminology function shorter range correlation energy 1st principles algebra f.t. mathematical objects random number atoms optical spectrum electron basically 1st time position times physical quantities p.b. hydrogen atom thought roundabout interaction chemistry wave function From James Overhiser 251 plays