Thursday 16.04.26
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I. Introduction - Relaxation vs virialisation time
(ApGal_I_introd.pdf)
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PK
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Friday 24.04.
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II. Observables, galaxy parameters, scaling relations
(ApGal_II.pdf)
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PK
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Thursday 30.04.
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III. Observables, CBE, Jeans equations
systems (ApGal_III.pdf)
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PK
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Friday 08.05.
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IV. Spheroidal systems, virial equations, satellite galaxies (ApGal_IV.pdf)
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PK
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Friday 15.05. (via zoom)
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V. Simple phase-space distribution functions, E galaxies,
disk galaxies and
their formation / movies (ApGal_V.pdf)
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PK
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Friday 22.05.
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VI. Chandrasekhar dynamical friction. Using it to test for dark matter (ApGal_VI.pdf)
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PK
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Friday 29.05.
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no lecture (lecture free week)
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---
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Friday 05.06. (via zoom)
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VII. Chandrasekhar dynamical friction
and the Milky Way satellites,
their substructures,
gravitational potentials around galaxies,
tidal tails of star clusters as tests
of gravitation (ApGal_VII.pdf)
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PK
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Friday 12.06.
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VIII. The Disks-of-Satellite-Galaxies Problem,
the Structure of the Local Group,
the KBC Void and Hubble Tension,
The El Gordo and Bullet Clusters
of galaxies and the formation and evolution
of tidal dwarf galaxies (TDGs)(ApGal_VIII.pdf)
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PK
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Friday 19.06.
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IX. Dual Dwarf Galaxy Theorem,
dynamics of the Local Group,
implications of apparent dark matter content
of satellite galaxies for gravitational theory,
galaxies obey Milgromian gravitation
(ApGal_IX.pdf 16MB)
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PK
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Friday 26.06.
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X. The transition function, Lagrangian,
why exponentisal galactic disks,
calculation of rotation curves,
Lindblad resonances,
properties of disk galaxies,
asymmetric drift (ApGal_X.pdf, 6MB)
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PK
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Friday 03.07.
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XI. The main processes that drive galaxy ecolution,
stellar populations, stellar population boxes,
stellar evolution, stellar initial mass function (IMF),
its variation, the calculation of the galaxy-wide IMF, the IGIMF theory, implications for interpreting the
physical properties of galaxies
(e.g. dark star formation, galaxy main sequence, stellar mass buildup times) (ApGal_XI.pdf)
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PK
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Friday 10.07.
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XII. Origin of the elements,
evidence for downsizing in E galaxies,
chemical evolution models,
star formation in spiral arms,
star-formation rates and histories of galaxies,
the appearance of galaxies in different frameworks,
galaxy groups (ApGal_XII.pdf)
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PK
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Friday 17.07.
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XIII. The formation of
super-massive black holes,
the sequence of galaxy formation,
the CMB,
cosmological models (ApGal_XIII.pdf)
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PK
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Friday 24.07.: 15:30
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Discussion
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PK
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Friday 07.08. |
1st EXAM (14:00-17:00, HS AIfA)
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PK/tutors
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Friday 09.10. |
Repeat EXAM
(14:00-17:00, HS AIfA)
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PK/tutors
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