Self-Organization Processes [SerienID : 2385]
Lecturers: Prof. Dr. Michael Engel, Dr. Giulia Magnabosco, Prof. Dr. Robin Klupp Taylor
Semester
Sommersemester 2021
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aktualisiert
2021-04-29 19:42:30
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#1StudOn-ZugangLecture 01 - Introduction (Overview): Top-down vs. bottom-up, examples, the idea of building blocksProf. Dr. Michael Engel2021-04-15 Sommersemester 20211Lecture 01 - Introduction (Overview): Top-down vs. bottom-up, examples, the idea of building blocksProf. Dr. Michael Engel2021-04-15 Sommersemester 2021StudOn-ZugangGesperrt clip
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#6StudOn-ZugangLecture 06-Theory I (Pattern formation): phase diagrams, phase field model, spinodal decompositionProf. Dr. Michael Engel2021-05-27 Sommersemester 20216Lecture 06-Theory I (Pattern formation): phase diagrams, phase field model, spinodal decompositionProf. Dr. Michael Engel2021-05-27 Sommersemester 2021StudOn-ZugangGesperrt clip
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#7StudOn-ZugangLecture 07-Theory II (Particle self-assembly): nanoparticle self-assembly; hard vs. soft spheres; entropy maximization; interface minimizationProf. Dr. Michael Engel2021-06-10 Sommersemester 20217Lecture 07-Theory II (Particle self-assembly): nanoparticle self-assembly; hard vs. soft spheres; entropy maximization; interface minimizationProf. Dr. Michael Engel2021-06-10 Sommersemester 2021StudOn-ZugangGesperrt clip
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#8StudOn-ZugangLecture 08-Theory III (Dynamic self-assembly): oscillatory chemical reactions reaction-diffusion, active matterProf. Dr. Michael Engel2021-06-17 Sommersemester 20218Lecture 08-Theory III (Dynamic self-assembly): oscillatory chemical reactions reaction-diffusion, active matterProf. Dr. Michael Engel2021-06-17 Sommersemester 2021StudOn-ZugangGesperrt clip
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#9StudOn-ZugangLecture 09-Theory IV (Programmable self-assembly): DNA nanotechnology, future challengesProf. Dr. Michael Engel2021-06-24 Sommersemester 20219Lecture 09-Theory IV (Programmable self-assembly): DNA nanotechnology, future challengesProf. Dr. Michael Engel2021-06-24 Sommersemester 2021StudOn-ZugangGesperrt clip
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#2StudOn-ZugangLecture 02 - Molecules I (Surfactants): molecular interaction, hydrophobicity, micellationDr. Giulia Magnabosco2021-04-22 Sommersemester 20212Lecture 02 - Molecules I (Surfactants): molecular interaction, hydrophobicity, micellationDr. Giulia Magnabosco2021-04-22 Sommersemester 2021StudOn-ZugangGesperrt clip
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#3Nur für Portal, StudOn-ZugangLecture 03 - Molecules II (Mesophases): packing parameter, applications, self-assembled monolayers, membranes (GM)Dr. Giulia Magnabosco2021-04-29 Sommersemester 20213Lecture 03 - Molecules II (Mesophases): packing parameter, applications, self-assembled monolayers, membranes (GM)Dr. Giulia Magnabosco2021-04-29 Sommersemester 2021Nur für Portal, StudOn-ZugangGesperrt clip
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#4Nur für Portal, StudOn-ZugangLecture 04-Molecules III (Liquid crystals): phases, role of anisotropy, order parameter, thermodynamics, properties (GM)Dr. Giulia Magnabosco2021-05-06 Sommersemester 20214Lecture 04-Molecules III (Liquid crystals): phases, role of anisotropy, order parameter, thermodynamics, properties (GM)Dr. Giulia Magnabosco2021-05-06 Sommersemester 2021Nur für Portal, StudOn-ZugangGesperrt clip
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#5Nur für Portal, StudOn-ZugangLecture 05-Molecules IV (Block co-polymers): Flory-Huggins theory, microphase separation, recent research (GM)Dr. Giulia Magnabosco2021-05-20 Sommersemester 20215Lecture 05-Molecules IV (Block co-polymers): Flory-Huggins theory, microphase separation, recent research (GM)Dr. Giulia Magnabosco2021-05-20 Sommersemester 2021Nur für Portal, StudOn-ZugangGesperrt clip
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