Semester | Title of Course |
Summer 1808 | Astronomy |
Winter 1808 | Astronomy, with exercises in observing and astronomical calculation; Theory of the Movement of Comets |
Summer 1809 | Advanced Study of the Movements of Celestial Bodies According to the Theoria motus |
Winter 1809 | Individual Topics in the Theory of Numbers;
Theoretical Astronomy |
Summer 1810 | Rudiments of Astronomy;
Practical Astronomy (privatissime) |
Winter 1810 | Rudiments of Astronomy;
Practical Astronomy (privatissime); Theory of the Movement of Comets |
Summer 1811 | Rudiments of Theoretical Astronomy;
Advanced Study of the Movement of the Planets; Practical Astronomy (privatissime) |
Winter 1811 | Rudiments of Theoretical Astronomy;
Advanced Study of the Movement of the Planets; Practical Astronomy (privatissime) |
Summer 1812 | Rudiments of Astronomy;
Theory of the Movement of Comets |
Winter 1812 | Rudiments of Theoretical Astronomy;
Calculation of Planet Perturbations; Practical Astronomy (privatissime) |
Summer 1813 | Rudiments of Theoretical Astronomy;
Calculation of Eclipses, Occulations, and Transits; Practical Astronomy (privatissime) |
Winter 1813 | Rudiments of Theoretical Astronomy;
Theory of Plate Perturbations; Practical Astronomy (privatissime) |
Summer 1814 | Theoretical Astronomy;
Theory of the Movement of Comets; Practical Astronomy (privatissime) |
Winter 1814 | Rudiments of Theoretical Astronomy;
Calculation of Eclipses, Occulations, and Transits; Practical Astronomy (privatissime) |
Summer 1815 | Theoretical Astronomy;
Calculation of the Movement of Comets; Practical Astronomy (privatissime) |
Winter 1815 | Rudiments of Theoretical Astronomy;
Calculation of Eclipses, Occulations, and Transits; Practical Astronomy (privatissime) |
Summer 1816 | Theoretical Astronomy;
Some Principal Topics in Astronomical Calculation |
Winter 1816 | Theoretical Astronomy;
Theory of the Movement of Comets; Practical Astronomy (privatissime) |
Summer 1817 | Theoretical Astronomy;
Practical Astronomy (privatissime) |
Winter 1817 | Theory of the Movement of Comets and the Determination of their Orbits by Observations;
Calculation of Eclipses, Occulations, and Transits; |
Summer 1818 | Theoretical Astronomy;
Doctrine of the Perturbations of the Movement of Planets; Practical Astronomy (privatissime) |
Winter 1818 | Theory of the Movement of Comets;
Calculation of Eclipses, Occulations, and Transits; Practical Astronomy (privatissime) |
Summer 1819 | The Use of the Calculus of Probabilities in Applied Mathematics;
Theoretical Astronomy |
Winter 1819 | Theory of the Movement of Comets;
Theory of Astronomy; Practical Astronomy (privatissime) |
Summer 1820 | Theoretical Astronomy;
Principal Theories of Astronomical Calculation |
Winter 1820 | Theory of the Movement of Planets and Comets;
Practical Astronomy (privatissime) |
Summer 1821 | (on leave of absence for geodetic survey) |
Winter 1821 | Theory of the Movement of Comets;
Practical Astronomy (privatissime) |
Summer 1822 | (on leave of absence for geodetic survey) |
Winter 1822 | Theory of the Movement of Comets;
Practical Astronomy (privatissime) |
Summer 1823 | (on leave of absence for geodetic survey) |
Winter 1823 | Use of Calculus of Probabilities in Applied Mathematics;
Practical Astronomy (privatissime) |
Summer 1824 | (on leave of absence for geodetic survey) |
Winter 1824 | (Not announced in catalogue) |
Summer 1825 | (on leave of absence for geodetic survey) |
Winter 1825 | Theory of the motion of Comets;
Practical Astronomy (privatissime) |
Summer 1826 | Theory of the Motion of Celetial Bodies;
Practical Astronomy (privatissime) |
Winter 1826 | Use of Calculus of Probabilities in Applied Mathematics;
Practical Astronomy (privatissime) |
Summer 1827 | General Threory of Curved Surfaces;
Practical Astronomy (privatissime) |
Winter 1827 | Use of Calculus of Probabilities in Applied Mathematics |
Summer 1828 | Theory of the Movement of Comets |
Winter 1828 | Instruments, Observations, and Calculations Used in Higher Geodesy;
Practical Astronomy (privatissime) |
Summer 1829 | Theory of the Movement of Comets;
Instruments, Observations, and Calculations Used in Higher Geodesy |
Winter 1829 | The Use of the Calculus of Probabilities in Applied Mathematics;
Practical Astronomy (privatissime) |
Summer 1830 | Theory of the Movement of Comets;
Instruments, Observations, and Calculations Used in Higher Geodesy |
Winter 1830 | Calculation of Perturbations of Planets and Comets;
Practical Astronomy (privatissime) |
Summer 1831 | Theory of the Movement of Planets and Comets;
Instruments of Geodesy |
Winter 1831 | Use of Calculus of Probabilities in Applied Mathematics, Especially Astronomy, Geodesy, and Crystallography;
Practical Astronomy (privatissime) |
Summer 1832 | Theory of the Movement of Planets and Comets;
Instruments of Geodesy |
Winter 1832 | Theory and Practice Observing Magnetic Phenomena;
Practical Astronomy (privatissime) |
Summer 1833 | Theory if Numerical Equations;
Instruments of Geodesy |
Winter 1833 | Use of Calculus of Probabilities;
Practical Astronomy |
Summer 1834 | Practical Astronomy |
Winter 1834 | Use of Calculus of Probabilities;
Practical Astronomy |
Summer 1835 | Practical Astronomy |
Winter 1835 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1836 | Theory and Practice Observing Magnetic Phenomena;
Practical Astronomy |
Winter 1836 | Method of Least Squares;
Practical Astronomy |
Summer 1837 | Theory and Practice Observing Magnetic Phenomena;
Practical Astronomy |
Winter 1837 | Method of Least Squares;
Practical Astronomy |
Summer 1838 | Theory of Observation of Terrestrial Magnetic Phenomena;
Practical Astronomy |
Winter 1838 | Method of Least Squares;
Practical Astronomy |
Summer 1839 | Theory of Observation of Terrestrial Magnetic Phenomena;
Practical Astronomy |
Winter 1839 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1840 | Special Topics in Dynamics;
Practical Astronomy |
Winter 1840 | Practical Astronomy |
Summer 1841 | Practical Astronomy with Preliminary Explanation of Principles of dioptrics (privatissime) |
Winter 1841 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1842 | Practical Astronomy |
Winter 1842 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1843 | Practical Astronomy |
Winter 1843 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1843 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1844 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1845 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1845 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1846 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1846 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1847 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1847 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1848 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1848 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1849 | Instruments, Measurements, and Calculations of Higher Geodesy;
Practical Astronomy |
Winter 1849 | Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |
Summer 1850
to Winter 1854 |
Method of Least Squares and Its Application to Astronomy, Higher Geodesy, and Natural Science;
Practical Astronomy |