teaching
cosmic structure formation (phd-lecture at ICG/Portsmouth, 2006)
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structure formation: 1. dark matter and experimental evidence [ICG phd lecture, pdf, 184kByte] |
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structure formation: 2. collisionless dynamics [ICG phd lecture, pdf, 185kByte] |
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structure formation: 3. Gaussian random fields and power
spectra [ICG phd lecture, pdf, 314kByte] |
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structure formation: 4. linear structure formation [ICG phd lecture, pdf, 98kByte] |
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structure formation: 5. non-linear structure formation and dark
matter
objects [ICG phd lecture, pdf, 72kByte] |
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structure formation: 6. galaxy formation [ICG phd lecture, pdf, 23kByte] |
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structure formation: 7. gravitational light deflection [ICG phd lecture, pdf, 249kByte] |
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structure formation: 8. weak cosmic shear and
magnification [ICG phd lecture, pdf, 335kByte] |
mathematical methods (phd-lecture at ICG/Portsmouth, 2006)
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mathematical methods: 1. classical Lagrangian and Hamiltonian mechanics [ICG phd lecture, pdf, 109kByte] |
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mathematical methods: 2. dynamical systems [ICG phd lecture, pdf, 292kByte] |
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mathematical methods: 3. non-relativistic quantum mechanics [ICG phd lecture, pdf, 124kByte] |
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mathematical methods: 4. Feynman path integrals [ICG phd lecture, pdf, 96kByte] |
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mathematical methods: 5. classical field theory and wave equations [ICG phd lecture, pdf, 115kByte] |
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mathematical methods: 6. complex calculus [ICG phd lecture, pdf, 143kByte] |
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mathematical methods: 7. potential theory and Green's functions [ICG phd lecture, pdf, 163kByte] |
cosmic structure formation (phd-lecture at ICG/Portsmouth, 2007)
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structure formation: 1. dark matter and experimental evidence [ICG phd lecture, pdf, 184kByte] |
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structure formation: 2. collisionless dynamics [ICG phd lecture, pdf, 185kByte] |
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structure formation: 3. Gaussian random fields and power
spectra [ICG phd lecture, pdf, 314kByte] |
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structure formation: 4. linear structure formation [ICG phd lecture, pdf, 98kByte] |
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structure formation: 5. non-linear structure formation and dark
matter
objects [ICG phd lecture, pdf, 72kByte] |
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structure formation: 6. galaxy formation [ICG phd lecture, pdf, 23kByte] |
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structure formation: 7. gravitational light deflection [ICG phd lecture, pdf, 249kByte] |
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structure formation: 8. weak cosmic shear and
magnification [ICG phd lecture, pdf, 335kByte] |
mathematical methods (phd-lecture at ICG/Portsmouth, 2007)
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mathematical methods: 1. classical Lagrangian and Hamiltonian mechanics [ICG phd lecture, pdf, 109kByte] |
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mathematical methods: 2. dynamical systems [ICG phd lecture, pdf, 292kByte] |
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mathematical methods: 3. non-relativistic quantum mechanics [ICG phd lecture, pdf, 124kByte] |
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mathematical methods: 4. Feynman path integrals [ICG phd lecture, pdf, 96kByte] |
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mathematical methods: 5. classical field theory and wave equations [ICG phd lecture, pdf, 115kByte] |
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mathematical methods: 6. complex calculus [ICG phd lecture, pdf, 143kByte] |
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mathematical methods: 7. potential theory and Green's functions [ICG phd lecture, pdf, 163kByte] |
integrated Sachs-Wolfe effect (summer school at IUCAA/Pune, Aug.2008)
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iSW-effect: 1. integrated Sachs-Wolfe effect [IUCAA summer school, Pune/India, pdf, xxkByte] |
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iSW-effect: 2. Rees-Sciama effect [IUCAA summer school, Pune/India, pdf, xxkByte] |
evolution of the cosmological large-scale structure (graduate days 2008, Heidelberg)
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LSS-evolution: 1. cosmology [graduate days 2008, Heidelberg/Germany, pdf, xxkByte] |
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LSS-evolution: 2. structure formation [graduate days 2008, Heidelberg/Germany, pdf, xxkByte] |
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LSS-evolution: 3. perturbations [graduate days 2008, Heidelberg/Germany, pdf, xxkByte] |
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LSS-evolution: 4. integrated Sachs-Wolfe effect [graduate days 2008, Heidelberg/Germany, pdf, xxkByte] |
cosmic perturbation theory (winter school on cosmology, Obergurgl/Austria, Jan.2009)
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hydrodynamics + vorticity [winter school 2009, Obergurgl/Austria, pdf, xxkByte] |
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nonlinear structures + perturbation theory [winter school 2009, Obergurgl/Austria, pdf, xxkByte] |
cosmology (lecture at the University of Heidelberg, summer term 2009)
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1. Newtonian cosmology (02.Apr.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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2. general relativity, part 1 (09.Apr.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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3. general relativity, part 2 (16.Apr.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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4. FLRW-cosmologies, part 1 (23.Apr.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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5. FLRW-cosmologies, part 2 (30.Apr.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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6. light propagation in FLRW-cosmologies (07.May.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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7. observations of FLRW-cosmologies (14.May.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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8. thermal history of the universe and big bang nucleosynthesis(28.May.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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9. CMB physics and inflation (04.Jun.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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10. large-scale structure (18.Jun.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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11. linear and nonlinear growth (25.Jun.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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12. galaxy formation (02.Jul.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
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13. gravitational lensing (09.Jul.2009) [cosmology lecture, Heidelberg/Germany, pdf, xxkByte] |
modern cosmology (school on modern physics, Obergurgl/Austria, Aug.2009)
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modern cosmology: general relativity [summer school 2009, Obergurgl/Austria, pdf, xxkByte] |
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modern cosmology: fluid mechanics [summer school 2009, Obergurgl/Austria, pdf, xxkByte] |
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modern cosmology: statistics [summer school 2009, Obergurgl/Austria, pdf, xxkByte] |
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modern cosmology: gravitational lensing [summer school 2009, Obergurgl/Austria, pdf, xxkByte] |
structure formation and the iSW-effect (winter school, Passo del Tonale/Italy, Dec.2009)
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structure formation and the iSW-effect: structure formation [TR33 winter school, Passo del Tonale/Italy, pdf, xxkByte] |
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structure formation and the iSW-effect: int. Sachs-Wolfe effect [TR33 winter school, Passo del Tonale/Italy, pdf, xxkByte] |
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structure formation and the iSW-effect: nonlinear structure formation [TR33 winter school, Passo del Tonale/Italy, pdf, xxkByte] |
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structure formation and the iSW-effect: Rees-Sciama effect [TR33 winter school, Passo del Tonale/Italy, pdf, xxkByte] |
statistics - the logic behind science (lecture at Heidelberg, winter term 2009)
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1. probability theory (spirou, 12.Oct.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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2. random distributions + random processes (msb, 19.Oct.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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3. descriptive statistics (spirou, 26.Oct.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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4. statistical tests (msb, 02.Nov.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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5. linear regression (spirou, 09.Nov.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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6. nonlinear fitting and minimisation algorithms (spirou, 16.Nov.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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7. Fisher-formalism and error forecasts (spirou, 23.Nov.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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8. Bayesian statistics and model selection (msb, 30.Nov.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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9. likelihood sampling and Markov processes (msb, 07.Dec.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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10. analogies with statistical physics (spirou, 14.Dec.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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11. christmas question session (msb + spirou, 21.Dec.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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12. complexity and principal components analysis (msb, 11.Jan.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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13. entropy, reversible processes and information (spirou, 18.Jan.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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14. critical phenomena (spirou, 25.Jan.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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15. spectra, filtering, wavelets (spirou, 01.Feb.2009) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
fluid mechanics (lecture at Heidelberg, summer term 2010)
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1. fluid mechanics [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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2. Boltzmann-equation and its moments [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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3. hydrodynamical similarity and scaling numbers [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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4. 2d flows and conformal mappings [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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5. turbulence and Kolmogorov-cascading [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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6. vorticity and enstrophy [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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7. viscosity and diffusive processes [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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8. statistical properties of turbulence [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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9. hydrodynamical instabilities [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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10. sound waves and the equation of state [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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11. relaxation and reversability [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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12. magnetohydrodyamics [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
observing the big bang (lecture at Heidelberg, winter term 2010)
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1. cosmological standard model [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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2. age of the Universe [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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3. Hubble-constant [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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4. big bang nucleosynthesis [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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5. matter density in the Universe [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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6. cosmic microwave background [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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7. cosmic structures [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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8. weak lensing [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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9. supernovae as standard candles [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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10. cold dark matter spectrum [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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11. inflation and dark energy [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
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12. special topics [observing the big bang, Heidelberg/Germany, pdf, xxkByte] |
cosmology (seminar for the corresponding lecture, Heidelberg, summer term 2010)
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iSW-effect: theory and derivation [cosmology seminar] |
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iSW-effect: observational evidence [cosmology seminar] |
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nonlinear iSW-effect (Rees-Sciama effect) [cosmology seminar] |
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iSW-effect in non-standard cosmologies [cosmology seminar] |
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parameter estimates from the iSW-effect [cosmology seminar] |
statistics - the logic behind science (lecture at Heidelberg, winter term 2011)
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1. introduction to probability theory (10.Oct.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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2. random distributions + random processes (17.Oct.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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3. descriptive statistics (24.Oct.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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4. statistical tests (31.Nov.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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5. linear regression (07.Nov.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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6. nonlinear fitting and minimisation algorithms (14.Nov.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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7. Fisher-formalism and error forecasts (21.Nov.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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8. Bayesian statistics and model selection (28.Nov.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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9. likelihood sampling and Markov processes (05.Dec.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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10. analogies with statistical physics (12.Dec.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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11. christmas question session (19.Dec.2011) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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12. complexity and principal components analysis (09.Jan.2012) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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13. entropy, reversible processes and information (16.Jan.2012) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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14. neural networks (23.Jan.2012) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
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15. spectra, filtering, wavelets (30.Jan.2012) [statistics lecture, Heidelberg/Germany, pdf, xxkByte] |
cosmic microwave background (winter school in Obergurgl/Austria, 2012)
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cosmology, FLRW-models, growth of structure [winter school, Obergurgl/Austria, pdf, xxkByte] |
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weak gravitational lensing, parameter constraints [winter school, Obergurgl/Austria, pdf, xxkByte] |
fluid mechanics (lecture at Heidelberg, summer term 2012)
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1. fluid mechanics [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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2. Boltzmann-equation and its moments [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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3. hydrodynamical similarity and scaling numbers [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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4. 2d flows and conformal mappings [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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5. turbulence and Kolmogorov-cascading [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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6. vorticity and enstrophy [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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7. viscosity and diffusive processes [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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8. statistical properties of turbulence [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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9. hydrodynamical instabilities [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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10. sound waves and the equation of state [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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11. relaxation and reversability [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
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12. magnetohydrodyamics [fluid mechanics lecture, Heidelberg/Germany, pdf, xxkByte] |
