Fundamental courses

Each semester of the first year (semesters S1 and S2) starts with about 6 weeks of fundamental courses. With lectures every morning and mostly free afternoons, substantial time is devoted to personal work and numerical experiments.

Check out the conditions to validate courses, semesters, and years (Méthode de contrôle des connaissances) here.

 

Semester S1

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General Astrophysics
SMU0P00

Syllabus & Documents: Stellar, Milky Way

C. Benoist, B. Carry, A. Crida,
M. Faurobert & P. de Laverny

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Statistical Physics
SMUPM102

Syllabus & Documents

M. Faurobert

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Dynamics & Planetary Sciences
SMUPM103

Syllabus & Documents

A. Crida

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Fourier Optics
SMUPM104

Syllabus & Documents

E. Aristidi

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Numerical Methods
SMUPM105

Syllabus & Documents

G. Niccolini

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Signal & Image processing
SMUPM106

Syllabus

A. Ferrari

Semester S2

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Mathematics/Statistics
SMUP201

Syllabus

D. Mary

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Fluid mecanics
SMUP202

Syllabus

H. Homann

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Quantum mechanics
SMUP203

Syllabus

Ph. Bendjoya

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Stellar physics
SMUP204

Syllabus

M. Chadid, O. Creevey & M. Faurobert

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Gravitation & Cosmology
SMUP205

Syllabus

B. Chauvineau & E. Slezak

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Atmospheric turbulence, image formation & adaptive optics
SMUP206

Syllabus

M. Carbillet & A. Ziad