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LTH Courses

Faculty of Engineering | Lund University

Courses given 2011/12 by Department of Physics

 11/12 

Department of Physics

Course Code Link to complete information about the course; study periods, programmes etc. Credits Cycle G1: Basic level
G2: Upper basic level
A: Advanced level
Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. S.Ex. stud. The course is suitable for incoming exchange students. Language Language of the course:
E: The course is given in English
E1: The course is given in English upon request
E2: The course may be given in English
S: The course is given in Swedish
Course Name Foot­note Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
  11/12
sp1
11/12
sp2
11/12
sp3
11/12
sp4
F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions) F Lectures h (45-minute sessions) O Exercises h (45-minute sessions) L Laboratory exercises h (45-minute sessions) H Time with supervisor for projects h (45-minute sessions) S Time for self studies h (45-minute sessions)
FAF260 6 G1 M - S Applied Optics and Waves X Please see footnote below. KS KE U W T 42 14 12 0 92
FAF260 M X Please see footnote below. 42 14 12 0 92
FAF080 7.5 A F, MFOT, MNAV, N X E Atomic and Molecular Spectroscopy KS KE U W T 36 4 15 0 145
FKF021 7.5 G2 F X E2 Nuclear Physics, Advanced Course KS KE U W T 28 6 20 0 140
FAFF01 7.5 G2 E, F, MFOT, N X E Optics and Optical Design KS KE U W T 26 12 15 0 150
FAF604 6 G1 IBYA - S Physics KS KE U W T 28 14 8 0 110
FAFA35 6 G1 E - S Physics - Thermodynamics and Atomic Physics KS KE U W T 28 14 12 0 90
FFF110 7.5 G2 E, F, MFOT, MNAV, MSOC, N X E2 Processing and Device Technology KS KE U W T 24 10 24 0 100
FMFF15 7.5 G2 E, N - E1 Quantum Mechanics and Mathematical Methods KS KE U T 28 14 0 2 156
FMFN01 7.5 A F, MFOT, MNAV, N X E1 Quantum Mechanics, Advanced Course KS KE U W T 20 20 0 10 104
FMFN01 F, MFOT, MNAV, N 20 20 0 10 104
FFF021 7.5 A E, F, MFOT, MNAV, MSOC, N X E1 Semiconductor Physics KS KE U W T 38 2 16 0 80
FFFN01 7.5 A F, MFOT, MNAV, N - E2 Advanced Processing of Nanostructures KS KE U W T 12 0 32 20 50 0 0 0 20 50
FFFN01 F, MFOT, MNAV, N 12 0 32 20 50 0 0 0 20 50
FAFF10 15 G2 F - S Atomic and Nuclear Physics with Applications KS KE U W T 42 20 10 0 120 24 26 20 5 120
FFFA01 7 G1 N - S Nanoscience and Nanotechnology – an Introduction KS KE U W T 36 6 16 4 62 0 0 0 24 38
FAFA40 8 G1 IBYI, IBYV - S Physics KS KE U W T 28 14 8 0 138 2 2 4 0 4
FAFA05 12 G1 N - S Physics - Waves, Thermodynamics and Atomic Physics KS KE U W T 32 20 10 0 100 32 20 14 0 90
FMFF05 6 G2 F - S Thermodynamics with Applications KS KE U W T 28 28 12 0 32 0 0 8 28 64
FAFN20 15 A MNAV, N X E Unifying Concepts in Nanoscience: Size Effects and Self-assembly KS KE U W T 28 0 0 0 92 28 0 0 0 92
FAFA25 9 G1 F - S Wave Propagation and Introduction to Engineering Physics KS KE U W T 32 28 18 0 90 6 14 0 0 50
FAFA50 7.5 G1 BME - S Waves, Optics and Atomic Physics KS KE U W T 10 6 2 0 25 32 20 14 0 100
FAFN15 7.5 A F, K, MNAV, N X E2 Crystal Growth and Semiconductor Epitaxy KS KE U W T 18 8 0 0 150
FKFN05 7.5 A E, F - E2 Experimental Tools for Subatomic Physics KS KE U W T 10 8 20 5 140
FAFN01 7.5 A E, F, MFOT, N X E Lasers KS KE U W T 26 12 15 0 150
FBR030 7.5 A F X E Molecular Physics X Please see footnote below. KS KE U W T 28 6 4 12 150
FAFF20 7.5 G2 C, D, E, F, MFOT, Pi X E Multi-spectral Imaging KS KE U W T 24 4 15 0 75
FAFA10 9 G1 E - S Physics - Quantum Phenomena and Nanotechnology KS KE U W T 28 12 21 20 159
FAFA10 N 28 36 21 6 160
FAFA10 E, F 28 12 21 20 159
FFF042 7.5 A MNAV X E2 The Physics of Low-dimensional Structures and Quantum Devices KS KE U W T 30 12 16 0 130
FFF042 E, F, MFOT, MSOC, N X Please see footnote below. 30 12 16 10 130
FMF121 7.5 A F X E1 Theory of Nuclear Structure KS KE U W T 28 14 8 0 140
FAFA45 7.5 G1 V - S Thermodynamics with Applications KS KE U W T 40 22 16 0 122
FAFF25 11 G2 C, D - S Physics KS KE U W T 16 8 4 0 40 24 12 10 6 120
FKFN01 7.5 A F, MNAV - E2 Applied Subatomic Physics KS KE U W T 14 6 10 10 120
FMFF10 7.5 G2 F X E1 Astrophysics - Stars and Nuclei X Please see footnote below. KS KE U W T 28 0 0 0 108
FMF170 7.5 G2 F, I, Pi X E Complex Economy KS KE U W T 28 14 0 0 158
FFFF01 7.5 G2 N, Pi - S Electronic Materials KS KE U W T 34 18 10 0 100
FAFA20 10 G1 W - S Energy and Environmental Physics KS KE U W T 52 28 18 2 166
FFF115 7.5 A E, F, MNAV, MSOC, N X E1 High Speed Devices KS KE U W T 32 10 8 0 60
FBR024 7.5 A F, MFOT X E1 Laser-Based Combustion Diagnostics KS KE U W T 28 4 8 10 150
FAFN05 7.5 A F, MFOT, MNAV X E Light - Matter Interaction KS KE U W T 26 12 10 1 160
FFFN05 7.5 A F, K, MNAV, N X E Nanomaterials - Thermodynamics and Kinetics KS KE U W T 28 14 0 0 172
FFFN15 7.5 A E, F, MFOT, MNAV, N X E2 Optoelectronics X Please see footnote below. KS KE U W T 28 14 16 0 140
FAF095 7.5 A E, F, MFOT, MNAV X E Photonics and Optical Communication KS KE U W T 26 12 15 0 150
FAFA30 8 G1 BI - S Physics: Electricity – Fluids KS KE U W T 40 28 12 0 110
FFFF05 7.5 G2 F - S Solid State Physics KS KE U W T 34 14 14 0 100
FMF061 4.5 G2 E, F, Pi - S Theory of Relativity KS KE U W T 21 21 0 0 78
FMFF01 3 G2 F - S Vector Analysis KS KE U W T 14 14 0 0 50
FKF100 7.5 A E, F, W X E1 Methods for Environmental Monitoring KS KE U W T 10 0 10 2 80 8 0 4 4 80
FAFF05 15 G2 N - S Project Engineering at the Nanoscale KS KE U W T 36 2 0 8 114 0 0 0 10 150
FAFN10 7.5 A E, F, MFOT X E Advanced Optics and Lasers KS KE U W T 26 12 10 0 150
FKFF01 4 G2 F, W X E Atmospheric Chemistry and Physics KS KE U W T 20 12 0 4 75
FMFN05 7.5 A F, N X E1 Chaos KS KE U W T 28 14 0 10 120
FAFA15 9 G1 I - S Energy and Environmental Physics KS KE U W T 52 28 13 0 147
FBR012 7.5 G2 F, I, M, W X E Fundamental Combustion X Please see footnote below. KS KE U W T 28 8 4 60 100
FAF150 7.5 A D, E, F, MFOT, N, Pi X E Medical Optics X Please see footnote below. KS KE U W T 24 15 10 70 80
FKF070 7.5 A F X E2 Modern Subatomic Physics KS KE U W T 27 0 0 8 160
FFF160 7.5 A E, F, MNAV, MSOC, N X E2 Nanoelectronics KS KE U W T 26 0 4 42 120
FKFN10 7.5 A F - E2 Nuclear Reactor Physics KS KE U W T 14 6 10 10 120
FAF220 7.5 G1 Pi - S Physics KS KE U W T 40 24 20 0 115
FAFA01 9 G1 E - S Physics - Mechanics and Waves KS KE U W T 48 24 18 0 150
ESS030 4.5 G2 D, E - S Physics of Devices KS KE U W T 30 12 8 0 70
FMFN10 7.5 A F X E Quantum Mechanics, Advanced Course 2 KS KE U T 28 14 0 0 150
FAFF15 7.5 G2 N - S Sustainable Development in Nano-perspectives KS KE U T 20 32 0 10 80
FMF150 7.5 A F, MNAV, Pi X E1 Thermodynamics and Statistical Physics KS KE U W T 32 28 4 0 136

FAF260 (M) Applied Optics and Waves: Ges för åk1 vt12 och för åk2 ht 11.
FBR030 (F) Molecular Physics: Kursen ges vartannat läsår.
FFF042 (E) The Physics of Low-dimensional Structures and Quantum Devices: Omtentamen enligt överenskommelse.
FMFF10 (F) Astrophysics - Stars and Nuclei: Kursen ges vartannat läsår.
FFFN15 (E, F, N) Optoelectronics: Kursen ges vartannat läsår.
FFFN15 (MFOT, MNAV) Optoelectronics: Kursen ges vartannat läsår. The course is given every second year.
FBR012 (I) Fundamental Combustion: Kursen är obligatorisk i teknikprofilen Energi- och miljötteknik för antagna H09. Kursen är också valfri på programmet.
FAF150 (D, E, Pi) Medical Optics: Tentamen (för högre betyg) enligt överenskommelse.

Degree Projects of the Department

The list contains the degree projects which are given by the department and which programme each degree project is included in.

Course Code Credits Programme Programme the course belongs to in this academic year. The link points to the programme page for this academic year. Course Name Links KS: Course syllabus in Swedish
KE: Course syllabus in English
U: Archive with course evaluations
W: Course Web Page
T: Examination schedule
PHYM01 30 C, D, E, F, I, MFOT, MNAV, N, Pi, W Degree Project in Physics for Engineers KS U W