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Master in Physical Sciences, in-depth approach
 |
Th
|
Pr
|
Au
| Credits
|
First Year
|
Compulsory courses
|
|
PHYS0240-2
|
Biophysics - Maryse Hoebeke
| 30
| 15
| -
| 5
|
|
PHYS0930-1
|
Atomic Physics - Thierry Bastin
| 30
| 15
| -
| 5
|
|
PHYS0931-1
|
Data processing - Pierre Magain
| 15
| 30
| -
| 5
|
Optional courses
|
|
Choose one option from the following :
|
|
Fundamental 1 Option
|
|
SSTG0016-1
|
training course and personnal homework - Hervé Caps
| -
| -
| -
| 6
|
|
Choose, with the approval of the Physics Board of Studies, courses totalling 24 credits, from :
|
|
PHYS0932-1
|
Cold atoms and atomic clocks - Thierry Bastin
| 20
| -
| -
| 3
|
|
PHYS0204-2
|
Quantum Physics II - Jean‑Pierre Gaspard
| 15
| 5
| -
| 3
|
|
AESS0241-1
|
Introduction to physic didactics - Maryse Hoebeke
| 20
| -
| -
| 3
|
|
MECA0455-1
|
Introduction to general relativity - Yves De Rop
| 15
| 5
| -
| 3
|
|
PHYS0933-1
|
Magnetism and nanomagnetism (English) - Raphaël Hermann
| 15
| 10
| -
| 3
|
|
PHYS0934-1
|
Coherent Optics and laser applications - Serge Habraken
| 15
| 20
| -
| 3
|
|
PHYS0124-1
|
Instrumental Optics I - Serge Habraken
| 20
| 15
| -
| 3
|
|
PHYS0935-1
|
Physcis around particle accelerators - Henri‑Pierre Garnir - [4d FW]
| 10
| -
| [+]
| 3
|
|
PHYS0937-1
|
Physical functional materials (English) - Philippe Ghosez
| 20
| 10
| -
| 3
|
|
PHYS0938-1
|
Physics and cultural heritage - David Strivay
| 15
| 5
| -
| 3
|
|
PHYS0939-1
|
Physics of non-linearities, chaos and fractals - Nicolas Vandewalle
| 15
| 25
| -
| 3
|
|
PHYS2012-2
|
Relativistic quantum mechanics and relativistic statistics - Joseph Cugnon
| 15
| 5
| -
| 3
|
|
PHYS0250-2
|
Experimental statistical physics I - Stéphane Dorbolo
| 10
| 20
| -
| 3
|
|
PHYS0254-1
|
Experimental statistical physics II - Stéphane Dorbolo
| 10
| 20
| -
| 3
|
|
PHYS0941-2
|
Nuclei and particles - Jean‑René Cudell
| 30
| -
| -
| 3
|
|
PHYS0942-1
|
Ionising radiations and imaging - Alain Seret
| 15
| 5
| -
| 3
|
|
PHYS0943-1
|
Electronic paramagnetic resonance - Maryse Hoebeke
| 15
| 5
| -
| 3
|
|
PHYS0944-1
|
Vacuum tehniques - David Strivay
| 10
| 10
| -
| 3
|
| [...] | Up to 9 credits can also be choosen in another study path or in another institution | | | | - |
|
Option Medical Physics 1
|
|
PHYS0952-1
|
Fundamental problems in physics related to radiology, radiotherapy and nuclear medicine
|
|
|
| 6
|
| |
- partim radiobiologie - Christophe Champion
| 10
| -
| -
| |
| |
- partim dosimétrie - Marie‑Thérèse Hoornaert
| 20
| -
| -
| |
| |
- medical imaging - Alain Seret
| 20
| 5
| -
| |
|
RADP0141-1
|
Radioprotection
|
|
|
| 5
|
| |
- Part a) radioprotection techniques and complements - Véra Pirlet
| 30
| 15
| -
| |
| |
- Part b) legislation on radioprotection and the organisation of a radiotherapy, radiodiagnostic and nuclear medicine department - Véra Pirlet
| 10
| -
| -
| |
|
RADI2001-1
|
Radioprotection : Hygiene problems - Roland Hustinx
| 15
| -
| -
| 2
|
|
BIOL0802-1
|
Cell and Tissue Biology - Marc Thiry
| 40
| 45
| -
| 7
|
|
PHYL0644-1
|
Human Anatomy and Physiology - Pierre Bonnet
| 30
| -
| -
| 3
|
|
ANAT0222-1
|
Elements of Radiology - Robert Dondelinger
| 10
| 5
| -
| 2
|
|
STAT0722-1
|
Introduction to medical statistics - Christophe Phillips
| 10
| 5
| -
| 2
|
|
CHIM0620-1
|
Radiopharmaceutical Chemisry - André Luxen
| 20
| 10
| -
| 3
|
|
Choose a 2nd option among the following
|
|
Fundamental 2 Option
|
| Requisite | | "Option fondamentale 1" | |
|
Choose, in agreement with the Physics Board of Studies, courses totalling 15 credits
|
|
CHIM0202-2
|
Physical chemistry - Bernard Leyh
| 30
| -
| -
| 3
|
|
PHYS0232-1
|
Further Applied Computing - Henri‑Pierre Garnir
| 30
| -
| -
| 3
|
|
MECA0456-1
|
Advance topics in general relativity - Yves De Rop
| 30
| 10
| -
| 3
|
|
SPAT0047-1
|
Quantum field theory - Jean‑René Cudell
| 30
| -
| -
| 3
|
|
PHYS0945-1
|
Complex fluids - Nicolas Vandewalle
| 20
| 10
| -
| 3
|
|
PHYS0235-1
|
Quantum optics - Thierry Bastin
| 30
| -
| -
| 3
|
|
PHYS0946-1
|
Physics of the GPS - Henri‑Pierre Garnir
| 20
| -
| -
| 3
|
|
PHYS0947-1
|
Large Scale Facilities in Condensed Matter Physics (en) - Jean‑Pierre Gaspard - [2d Vis.]
| 10
| 10
| [+]
| 3
|
|
PHYS0948-1
|
Microgravity - Hervé Caps, Nicolas Vandewalle - [3d FW]
| 10
| 20
| [+]
| 6
|
|
PHYS0949-1
|
Atomic structures modeling - Pascal Quinet
| 10
| 10
| -
| 3
|
|
PHYS0950-1
|
Nanoparticles and low-dimensional systems (English) - Jean‑Yves Raty
| 20
| 10
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| 25
| 30
| -
| 6
|
| [...] | Up to 6 credits can also be choosen in another path or in another institution | | | | - |
|
Option Medical Physics 2
|
| Requisite | | "Option physique médicale 1" | |
|
SSTG0017-1
|
Training in nuclear medicine - Alain Seret
| -
| -
| -
| 4
|
|
SSTG0018-1
|
Training in radiology - Françoise Malchair
| -
| -
| -
| 4
|
|
SSTG0019-1
|
Training in radiotherapy - Marie‑Thérèse Hoornaert
| -
| -
| -
| 4
|
|
CHIM0621-2
|
Production and application of radioelements - Stéphane Lucas - [3d FW]
| 15
| -
| [+]
| 3
|
Second Year
|
Compulsory courses
|
|
SMEM0028-1
|
Final thesis - Collégialité
| -
| -
| -
| 15
|
Optional courses
|
|
Choose one option from the following :
|
|
Fundamental 3 Option
|
| Prerequisite | | "Option fondamentale 2" | |
|
Choose, in agreement with the Physics Board of Studies, courses not taken in the 1st year, for a total of 15 credits :
|
|
PHYS0936-2
|
Materials Physics - Philippe Ghosez, Jean‑Yves Raty
| 30
| 20
| -
| 6
|
|
PHYS0932-1
|
Cold atoms and atomic clocks - Thierry Bastin
| 20
| -
| -
| 3
|
|
PHYS0204-2
|
Quantum Physics II - Jean‑Pierre Gaspard
| 15
| 5
| -
| 3
|
|
AESS0241-1
|
Introduction to physic didactics - Maryse Hoebeke
| 20
| -
| -
| 3
|
|
MECA0455-1
|
Introduction to general relativity - Yves De Rop
| 15
| 5
| -
| 3
|
|
PHYS0933-1
|
Magnetism and nanomagnetism (English) - Raphaël Hermann
| 15
| 10
| -
| 4
|
|
PHYS0934-1
|
Coherent Optics and laser applications - Serge Habraken
| 15
| 20
| -
| 3
|
|
PHYS0124-1
|
Instrumental Optics I - Serge Habraken
| 20
| 15
| -
| 3
|
|
PHYS0935-1
|
Physcis around particle accelerators - Henri‑Pierre Garnir - [4d FW]
| 10
| -
| [+]
| 3
|
|
PHYS0937-1
|
Physical functional materials (English) - Philippe Ghosez
| 20
| 10
| -
| 3
|
|
PHYS0938-1
|
Physics and cultural heritage - David Strivay
| 15
| 5
| -
| 3
|
|
PHYS0939-1
|
Physics of non-linearities, chaos and fractals - Nicolas Vandewalle
| 15
| 25
| -
| 3
|
|
PHYS2012-2
|
Relativistic quantum mechanics and relativistic statistics - Joseph Cugnon
| 15
| 5
| -
| 3
|
|
PHYS0250-2
|
Experimental statistical physics I - Stéphane Dorbolo
| 10
| 20
| -
| 3
|
|
PHYS0254-1
|
Experimental statistical physics II - Stéphane Dorbolo
| 10
| 20
| -
| 3
|
|
PHYS0941-2
|
Nuclei and particles - Jean‑René Cudell
| 30
| -
| -
| 3
|
|
PHYS0942-1
|
Ionising radiations and imaging - Alain Seret
| 15
| 5
| -
| 3
|
|
PHYS0943-1
|
Electronic paramagnetic resonance - Maryse Hoebeke
| 15
| 5
| -
| 3
|
|
PHYS0944-1
|
Vacuum tehniques - David Strivay
| 10
| 10
| -
| 3
|
| [...] | Up to 9 credits can also be choosen in another study path or in another institution | | | | - |
|
Option: Medical Physics 3
|
| Prerequisite | | "Option Physique médicale 2" | |
|
QUAL0722-1
|
Safety and quality assurance - Eric Lenaerts
| 5
| 10
| -
| 2
|
|
RADL0442-1
|
Radiobiology and radiopathologie elements - Philippe Delvenne
| 40
| 20
| -
| 6
|
|
PHYS2024-1
|
Transfer and co-registration of medical images - Mohamed Ali Bahri
| 15
| -
| -
| 2
|
|
PHYS2025-1
|
Fundamental problems of physics relating to medical radiodiagnostics, radiotherapy and nuclear medicine: internal dosimetry of radiopharmaceutical compounds (English) - Klaus Bacher
| 15
| -
| -
| 2
|
|
CHIM0621-2
|
Production and application of radioelements - Stéphane Lucas - [3d FW]
| 15
| -
| [+]
| 3
|
Compulsory courses
|
|
STRA0030-1
|
Complement of final thesis - Collégialité
| -
| -
| -
| 12
|
|
PHYS0963-1
|
Seminars - N...
| -
| -
| -
| 3
|
Optional courses
|
|
Choose, in agreement with the Physics Board of Studies, courses not taken in the 1st year, for a total of 15 credits, amongst :
|
|
CHIM0202-2
|
Physical chemistry - Bernard Leyh
| 30
| -
| -
| 3
|
|
PHYS0232-1
|
Further Applied Computing - Henri‑Pierre Garnir
| 30
| -
| -
| 3
|
|
MECA0456-1
|
Advance topics in general relativity - Yves De Rop
| 30
| 10
| -
| 3
|
|
SPAT0047-1
|
Quantum field theory - Jean‑René Cudell
| 30
| -
| -
| 3
|
|
PHYS0945-1
|
Complex fluids - Nicolas Vandewalle
| 20
| 10
| -
| 3
|
|
PHYS0235-1
|
Quantum optics - Thierry Bastin
| 30
| -
| -
| 3
|
|
PHYS0946-1
|
Physics of the GPS - Henri‑Pierre Garnir
| 20
| -
| -
| 3
|
|
PHYS0947-1
|
Large Scale Facilities in Condensed Matter Physics (en) - Jean‑Pierre Gaspard - [2d Vis.]
| 10
| 10
| [+]
| 3
|
|
PHYS0948-1
|
Microgravity - Hervé Caps, Nicolas Vandewalle - [3d FW]
| 10
| 20
| [+]
| 6
|
|
PHYS0949-1
|
Atomic structures modeling - Pascal Quinet
| 10
| 10
| -
| 3
|
|
PHYS0950-1
|
Nanoparticles and low-dimensional systems (English) - Jean‑Yves Raty
| 20
| 10
| -
| 3
|
|
PHYS0125-3
|
Instrumental Optics II - Serge Habraken
| 25
| 30
| -
| 6
|
| [...] | Up to 6 credits can also be choosen in another study path or in another institution (if not choosen in the first year) | | | | - |
