BSc courses in Physics and Nanotechnology
DTU Physics offers or contributes to the following courses on the Physics and Nanotechnology Bachelor education:
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10018
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Physics 1
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10
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E4A, F4A
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10020
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Physics 1
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10
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E1B, F1B
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10022
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Physics 1
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10
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E1A, F1A
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10024
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Physics 1
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10
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E5A, F5A
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10031
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Introduction to Physics and Nanotechnology
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10
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E1A, F1A
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10033
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Mechanics and Physical Modeling
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10
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E2
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10034
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Thermodynamics and statistical physics
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5
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F2A
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10036
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Electromagnetism for physicists
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10
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E4
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10041
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Physics 2 - General Engineering
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5
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E5B
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10050
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Model Physics
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10
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E1A, F1A
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10054
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Model Physics
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5
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F5A
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10102
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Quantum Mechanics
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10
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F4
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10104
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Introduction to Quantum Mechanics
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5
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F1A
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10112
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Advanced Quantum Mechanics
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10
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E2
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10122
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Statistical Physics
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5
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E3A
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10200
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The structure and dynamics of materials studied with X-rays and neutrons
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5
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E1B
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10209
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X-ray and Neutron Experiments at International Research Facilities
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5
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June
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10240
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Design-Build 2: Rational catalyst design for General Engineering
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5
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June
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10255
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Advanced 3D X-ray imaging
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5
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F1A
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10260
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Physics of solar energy and energy storage
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5
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F2B
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10302
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Electronic Structure Methods in Material Physics, Chemistry and Biology
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10
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F5
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10303
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Condensed Matter Physics and Nanoscale Materials Physics
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10
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E4, F4
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10304
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Experimental Surface Physics
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10
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F3
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10306
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Concepts and modeling of two-dimensional materials
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5
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June
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10314
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Magnetism and Magnetic Materials
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5
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F5B
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10315
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Magnetism and Magnetic Materials - with project
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10
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F5B, F5A
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10316
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Materials design with machine learning and artificial intelligence
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5
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January
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10318
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Many body methods in condensed matter physics
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5
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E2B
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10321
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Nanosystems engineering
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10
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E1
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10325
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Quantum mechanical modelling of nanoelectronics
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5
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January
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10326
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Electrical characterization of nanomaterials
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5
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January
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10331
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Experimental introduction to physics of sustainable energy
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5
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E2A
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10333
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Physics of Sustainable Energy
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5
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E5B
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|
10337
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Theoretical microfluidics
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5
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E4A
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10339
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Concepts in heterogeneous catalysis and applications to energy conversion
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5
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E3B
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10346
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Continuum Physics
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5
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F2A
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10347
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Introduction to Biophysics
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5
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E5B
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10350
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Numerical studies in physics
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5
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January
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10380
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Quantum Optics
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10
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E4
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10384
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Quantum information
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5
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F3A
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10385
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Applied quantum physics: Quantum Information Technology
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5
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E5A
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10386
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Experimental Techniques in Quantum Technology
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5
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June
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10400
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Plasma Physics
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5
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E5A
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10401
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Experimental plasma physics
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5
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F2B
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10402
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Fusion energy engineering and physics
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5
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June
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10405
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Theory of Relativity
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5
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E1A
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10420
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Physics of Sports
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5
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June
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10501
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Modern Physics
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7.5
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E5A, F5A
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10506
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Journal club on nanostructures and reactivity
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5
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E4B, F4B
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10507
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Surface Physics and Catalysis
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10
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F3
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10508
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Electronic structure journal club
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5
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E1B, F1B
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10509
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Journal club on atomic structures and dynamics studied by electron beams
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5
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E4B, F4B
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10512
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Journal club in Quantum Optics
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7.5
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E1B, F1B
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10514
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Summer School Complex Motion in Fluids
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2.5
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OutsideSchedule
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10515
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FLUIDS Journal Club
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5
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E5B, F5B
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10520
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Journal club on plasma physics and fusion energy
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5
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E4B, F4B
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10521
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Physics and technology of two-dimensional materials
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10
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F2A, F2B
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10530
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SURFCAT Summer School: The Science of Sustainable Fuels and Chemicals
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2.5
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August
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10540
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CAMD Summer School on Electronic Structure Theory and Materials Design
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2.5
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August
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10550
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QuantumDTU Winter School on Quantum Technology
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5
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E
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10590
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Illustration of scientific content
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2.5
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E3A
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10603
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Creation and Circulation of Knowledge. How Did Edison and Newton Know - and How do You?
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5
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June
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10605
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History of Technology
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5
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E5A
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10610
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History of Technology
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10
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E5
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10720
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Research Immersion BSc (June) - Department of Physics
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5
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June
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10721
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Research Immersion BSc (July) - Department of Physics
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5
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July
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10722
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Research Immersion BSc (August) - Department of Physics
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5
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August
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10730
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Research Immersion MSc (June) - Department of Physics
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5
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June
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10731
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Research Immersion MSc (July) - Department of Physics
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5
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July
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10732
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Research Immersion MSc (August) - Department of Physics
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5
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August
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10850
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Advanced micro- and nanofabrication technology
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5
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F3B
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10851
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Introduction to cleanroom-based microfabrication
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5
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January
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10852
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Introduction to cleanroom-based microfabrication
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5
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June
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10855
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Advanced fabrication of micro- and nanostructures
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10
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E2, E5
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10859
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Laboratory work in physics and nanotechnology
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5
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January
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10862
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Polymer micro fabrication
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5
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June
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10867
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Methods in electron microscopy and spectroscopy
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5
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OutsideSchedule
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10868
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Methods in micro- and nanofabrication
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5
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OutsideSchedule
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10916
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Physics 1
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5
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E5A, F1A
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10935
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Physics 1
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5
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E1B
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22602
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Visualisation of micro and nano structures
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5
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F5A
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22652
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Experimental project in physics and nanotechnology
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5
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F, E
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27020
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Interdisciplinary bioengineering
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5
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E2A, F2A
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30110
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Project work - Earth and Space Physics and Engineering
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10
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F, June
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34019
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Physics project (Physics and nanotechnology)
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10
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F, June
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34029
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Physics project
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10
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E, January
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41680
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Introduction to advanced materials
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5
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F4B
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41685
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Materials characterization and testing
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5
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F1B
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47202
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Introduction to future energy
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5
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E3A, F3A
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47209
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3D imaging, analysis and modelling
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5
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E2B
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47325
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Large-scale superconductor technologies
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5
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F1A
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47336
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Applications of X-ray and neutron scattering in biology, chemistry and physics
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5
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August
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47511
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CINEMAX: 3D modelling and imaging of material microstructure - PhD summer school
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5
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OutsideSchedule
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