136SM - INTRODUZIONE ALLA FISICA DELLA MATERIA 2019
Section outline
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Video1_0: Guida al corso, argomenti trattati, dettegli esame e impostazione didatticahttps://drive.elettra.eu/f/ba2bba9dfd6e443aa992/
Video1_1: Esperimenti fondanti
https://drive.elettra.eu/f/0a465562a2bd4b0ea335/
Video1_2: Atomo di Bohr
https://drive.elettra.eu/f/1de900ee55e3463fa65d/
Video1_3: L'esperimento di Stern Gerlach e lo spin dell'elettrone
https://drive.elettra.eu/f/1860289ef542480aaeb8/ -
Video 2.0
https://drive.elettra.eu/f/c5f64fd06a21415caf70/
Video 2.1
https://drive.elettra.eu/f/96fa983f4f5e44378b3b/
Video2.2
https://drive.elettra.eu/f/3cc9663e800a441dbdfc/
Video2.3
https://drive.elettra.eu/f/9936804652474fba9d0b/
Video2.4
https://drive.elettra.eu/f/54583618f1684b6086eb/
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video3_0: Sistema a due livelli e coefficienti di Einstein
https://drive.elettra.eu/f/618e68b088704638aeef/
video3_1: Hamiltoniana di interazione
https://drive.elettra.eu/f/e13e4c266691438d9d05/
video3_2: Assorbimento ed emissione
https://drive.elettra.eu/f/ce56abb2b12d478f8699/
video3_3: Assorbimento ed emissione (discussione)
https://drive.elettra.eu/f/e4cf22ecced246a69f93/
video3_4: Approssimazione di dipolo e regole di selezione per transizioni atomiche
https://drive.elettra.eu/f/b32a26e7302e469ab0c9/
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Video4_0: correzioni relativistiche dell'E kin
https://drive.elettra.eu/f/b619b08d6d544885b6af/
Video4_1: accoppiamento di spin orbita
https://drive.elettra.eu/f/aad8aa79a3104dd1b4cc/
Video4_2: termine di Darwin, effetti Zeeman e Stark
https://drive.elettra.eu/f/5a7c977eb4fd47e8b921/
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video5_0: Metodo Variazionale
https://drive.elettra.eu/f/5995240b489149d38e06/
video5_1: Fermioni e Bosoni
https://drive.elettra.eu/f/ec794aecf32242b58ab4/
video5_2: Atomo di He
https://drive.elettra.eu/f/b8d67eee11cc4575b0cb/
video5_3: Atomo di He
https://drive.elettra.eu/f/51f6b90b12824debbbd3/
video5_4: Atomo di He (calcolo variazionale)
https://drive.elettra.eu/f/57c7ad18a07f4c94b767/
video5_5: Screening
https://drive.elettra.eu/f/1f173a0a684e481584b7/
video5_6: Integrali di scambio e Coulombiano
https://drive.elettra.eu/f/5855e8619c824ecc9bd8/
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video6_0: Atomi a multi elettroni
https://drive.elettra.eu/f/827dbdbc7f0c4cf4b039/
video6_1: Approximation methods (Thomas-Fermi and Hartree-Fock)
https://drive.elettra.eu/f/45b79725b5504525a652/
video6_2: Considerazioni generali, regole di Hund, notazione in termini, accoppiamento LS e jj
https://drive.elettra.eu/f/c43f65d3384940a59bb5/
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video7_0: Approssimazione adiabatica (Born-Oppenheimer)
https://drive.elettra.eu/f/3cabeb6fa6624bc290ca/
video7_1: La molecola di H2+
https://drive.elettra.eu/f/c262087bfbda490da04d/
video7_2: Orbitali leganti e antileganti
https://drive.elettra.eu/f/d9027ca0383943428653/
video7_3: simmetrie degli orbitali molecolari
https://drive.elettra.eu/f/12a8695fe9414480b28e/
video7_4: orbitali sigma e pigreco
https://drive.elettra.eu/f/6880f8c3b83b4fc2a3a2/
video7_5: Molecola di H2 neutra
https://drive.elettra.eu/f/c52ec41c62d7402b8485/
video7_6: Molecole eteronucleari
https://drive.elettra.eu/f/da0f0a3f6ac542ef94d4/
video7_7: Il moto dei nuclei, vibrazioni e rotazioni
https://drive.elettra.eu/f/f8de7b9423144e998a61/
video7_8: Assorbimento per modi vibrazionali e rotazionali
https://drive.elettra.eu/f/4921ff0208124724b5ba/
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video8_0: Introduzionehttps://drive.elettra.eu/f/ed6e4fa73b84407b8787/video8_1: Il reticolo cristallinohttps://drive.elettra.eu/f/883531ad9f344c72b227/video8_2: Il reticolo cristallino e indici di millerhttps://drive.elettra.eu/f/c3ca2bbbe98f4592b756/viedo8_3: Diffrazione e spazio reciprocohttps://drive.elettra.eu/f/5e0ab94221cb40ad9d9e/video8_4: Diffrazione e spazio reciprocohttps://drive.elettra.eu/f/58ce2b69ff3440e6a258/video8_5: La zona di Brillouinhttps://drive.elettra.eu/f/771386a7fd824654bf53/video8_6: Struttura a bandehttps://drive.elettra.eu/f/1e375b3cb9764f4d99c4/video8_7: Gas di elettronihttps://drive.elettra.eu/f/56a6f78387124257a7ba/video8_8: Funzioni di Bloch e teoria del legame fortehttps://drive.elettra.eu/f/944802fbc6ef4eb78af8/video8_9: Fononi ottici e acusticihttps://drive.elettra.eu/f/67a3b878f8f7418baed7/