Specialisation Courses

Columns (5/10)

37 of 37 courses

Experimental Methods in Modern Solid State Physics (Students Seminar)Experimental Methods in Modern Solid State Physics (Students Seminar) Seminar10
Nano-Optics INano-optics I Vorlesung/Übung0×12Di 13:00-14:00MBP2 016 (4273|016)×15Di 14:30-16:0028D 001 (Hörsaal Physik) (4284|101)×13Di 16:00-17:00MBP2 015 (4273|015)
Experimental Magnetic Resonance Tomography (Lab Course)Experimentelle Magnetresonanztomographie Vorlesung5×15Mi 12:30-14:0026C 201 (4263|201)
Optical MethodsOptical Methods Vorlesung/Übung0×15Do 14:30-16:0028B 110 (4282|110)×14Do 16:00-17:0028B 110 (4282|110)
Physics of InterfacesPhysics of Interfaces Vorlesung/Übung0×15Mi 16:15-17:4528A 301 (4281|301)×15Mi 18:00-18:4528A 301 (4281|301)
Nonequilibrium ThermodynamicsNonequilibrium Thermodynamics Vorlesung/Übung×15Do 15:30-17:30MBP2 116 (4273|116)
Photoelectron SpectroscopyPhotoelectron Spectroscopy Vorlesung/Übung5×14Do 12:30-14:3028A 301 (4281|301)
Seminar Physics of NanostructuresPhysics of Nanostructures (Students Seminar) Seminar10×5Do 14:30-17:0028A 301 (4281|301)
Physics of photonic materials and devicesPhysics of photonic materials and devices Vorlesung/Übung5
Advanced Quantum Field TheoryAdvanced quantum field theory Vorlesung/Übung0×14Mo 14:30-16:0026C 402 (4263|402)×15Do 10:30-12:0026C 402 (4263|402)
Experimental Techniques in Particle PhysicsExperimental Techniques in Particle Physics Vorlesung/Übung0×15Di 14:30-16:0028B 110 (4282|110)×15Di 16:15-17:4528A 204 (CIP-Pool groß) (4281|204)×15Do 14:30-16:0028A 204 (CIP-Pool groß) (4281|204)
Introduction to Accelerator PhysicsIntroduction to Accelerator Physics Vorlesung/Übung0×13Fr 12:30-14:0026C 201 (4263|201)×10Fr 14:15-15:3026C 201 (4263|201)
Seminar Physics of NanostructuresPhysics of Nanostructures (Students Seminar) Seminar10×5Do 14:30-17:0028A 301 (4281|301)
Einsatz oxidischer Dünnschichten in der Informationstechnik: Materialien und EigenschaftenOxidische Dünnschichten für die Informationstechnik: Materialien und Eigenschaften Vorlesung×14Do 14:00-15:30WSH S1 (4243|104)
Oxidische Dünnschichten in der Informationstechnik: Materialien und Eigenschaften Übung×14Do 15:30-16:00WSH S1 (4243|104)
Physical Sensors in Silicon TechnologyPhysical Sensors in Silicon Technology Vorlesung×15Mo 14:30-16:00WSH S1 (4243|104)
Physical Sensors in Silicon Technology Übung×15Mo 16:30-17:15WSH S1 (4243|104)
Fundamentals of Organic Electronics and Optoelectronics - Technology and ApplicationsFundamentals of Organic Electronics and Optoelectronics: Technology and Applications (ehemals Organische Elektronik und Optoelektronik I) Vorlesung/Übung×14Do 10:30-13:00WSH S2 (4243|102)
Optical Telecommunications - DevicesOptical Telecommunications 1: Devices Vorlesung/Übung×14Di 10:30-12:00S08 (1385|208)×14Di 12:30-13:15S08 (1385|208)
Nanoelectronics DevicesNanoelelektronische Bauelemente Vorlesung/Übung4×14Di 12:15-13:45WSH S1 (4243|104)×14Di 13:45-14:30WSH S1 (4243|104)
Compound Semiconductors: Physics, Technology and ApplicationCompound Semiconductors: Physics, Technology and Application (ehemals III-V-Halbleiter 1) Übung×14Mo 10:00-10:45WSH S1 (4243|104)
Compound Semiconductors: Physics, Technology and Application (ehemals III-V-Halbleiter 1) Vorlesung×14Mo 08:30-10:00WSH S1 (4243|104)
Solid State TechnologyFestkörpertechnologie Vorlesung/Übung4×14Mi 10:30-12:00WSH S1 (4243|104)×14Mi 12:15-13:00WSH S1 (4243|104)
Quantum OpticsQuantum Optics Vorlesung/Übung0×15Mo 14:00-16:00MBP2 116 (4273|116)×14Do 14:30-15:15MBP2 116 (4273|116)
Functional integrals in many-body theoryFunctional integrals in many-body theory Vorlesung/Übung10
Symmetries and the Many-Electron ProblemSymmetries and the Many-Electron Problem Vorlesung/Übung0
Nonequilibrium ThermodynamicsNonequilibrium Thermodynamics Vorlesung/Übung×15Do 15:30-17:30MBP2 116 (4273|116)
Quantum Theory derived from Information PrinciplesQuantum Theory derived from Information Principles Vorlesung/Übung5×17Fr 12:30-14:00MBP2 116 (4273|116)×17Fr 14:15-15:00MBP2 116 (4273|116)
Hands-on Tensor NetworksHands-on Tensor Networks Vorlesung/Übung10×15Mo 10:30-12:0026C 401 (4263|401)×15Mo 12:30-14:0026C 401 (4263|401)×14Di 12:30-14:0026C 401 (4263|401)
Micro- and Nanomechanics for Simulation ScienceVorlesung/Übung Micro- and Nanomechanics for Simulation Science Vorlesung/Übung×15Mi 14:30-16:00S14 (1385|214)×15Mi 16:30-17:15S14 (1385|214)×15Fr 08:30-10:00S07 (1385|207)×1Fr 08:30-10:00TEMP2 (1515|002)
Theory of microfluidics and acoustofluidicsTheory of microfluidics and acoustofluidics Vorlesung/Übung5×15Di 14:30-16:00Extern
MicroroboticsMicrorobotics Seminar5×15Di 16:30-18:00Extern
Quantum Computing (Chalmers University)Quantum Computing (Chalmers University) Vorlesung/Übung8×7Mo 13:15-15:00Online-Veranstaltung×7Do 08:00-09:45Online-Veranstaltung×7Fr 15:15-17:00Online-Veranstaltung
Quantum Theory derived from Information PrinciplesQuantum Theory derived from Information Principles Vorlesung/Übung5×17Fr 12:30-14:00MBP2 116 (4273|116)×17Fr 14:15-15:00MBP2 116 (4273|116)
Seminar Physics of NanostructuresPhysics of Nanostructures (Students Seminar) Seminar10×5Do 14:30-17:0028A 301 (4281|301)
Post-quantum cryptographyPost-quantum cryptography Vorlesung/Übung×14Di 16:30-18:00AH IV (2354|030)×14Mi 16:30-18:00AH I (2350|028)×12Fr 14:30-16:00AH I (2350|028)
Theory of Deep LearningTheory of Deep Learning Vorlesung/Übung10×14Di 14:30-16:0026C 402 (4263|402)×13Mi 14:30-16:0026C 402 (4263|402)×14Do 14:30-16:0026C 402 (4263|402)