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Licence en sciences physiques (Diploma of the Second Cycle (Licence) in Physical Sciences ) [PHYS2]
>> Programme management
>> Admission procedure
>> General structure of the programme
>> Programme content
>> >>> > PHYS21 - First year
>> >>> > PHYS22 - Second year
>> Positioning of the degree within the University cursus

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Programme management

PHYS Département de physique

Responsable académique : René Prieels

Contact : Roseline Van Dyck

Tél. 010473294
vandyck@phys.ucl.ac.be

Admission procedure

The regular conditions and admission applications are detailed on the web page "Access to studies" : http://www.ucl.ac.be/etudes/libres/acces.html

General structure of the programme

The second university study cycle ("licence") programme in Physical Sciences comprises three variants : the classical orientation, the applied orientation and the earth, space and climate physics orientation.

Programme content

"Options" and "free choice" programmes

The registration for the options and for the free choice programmes of the year must be approved by the Physics Department before the end of the third week of the 1st quadrimester. This registration will then be handed in to the secretary's office of the Faculty and to the jury secretary. The practical procedures relating to the options and to the "licence" thesis, not detailed on the study programme, are established by the Physics Department and made known to the students.

PHYS21 First year

Classical orientation

A. Compulsory courses

Complements in mathematics : according to choice, one of the mathematics courses included in the MATH 21 programme (among the compulsory and optional courses). This course will be followed in PHYS 21 or PHYS 22 , according to choice, for the classical orientation and only in PHYS21 for the Applied Physics orientation.

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

PHYS2111

Introduction to non-linear dynamics[30h+22.5h] (4.5 credits)2q (in French)

Jean Bricmont, Luc Haine

PHYS2121

A préciser (in French)

PHYS2290

A préciser (in French)

MAT1271

Calculation of probability and statistical analysis[30h+30h] (6 credits)1q (in French)

Rainer von Sachs

Students whose first study cycle ("candidature") programme included this subject, are dispensed from taking this course.

PHYS2263

A préciser (in French)

PHYS2143

A préciser (in French)

PHYS2460

Statistical mechanics[22.5h+15h] (4 credits)2q (in French)

Jean Bricmont

The students who do not take or do not pass the oral expression test in English will follow the course :

ANGL2462

Anglais-expression orale pour les physiciens[30h] (2 credits)1q

Françoise Stas

B. Integrated exercises

The students will follow three 20 hour modules chosen from the following integrated exercises :

PHYS2123

A préciser (in French)

PHYS2264

A préciser (in French)

C. Options

The students will choose at least two options from the following list :

MECA2901

A préciser (in French)

PHYS2122

Theoretical and mathematical physics II[22.5h+15h] (3 credits)EN Cours non dispensé cette année académique2q (in French)

N.

PHYS2131

Sperical astronomy and mathematical astronomy[22.5h+15h] (3 credits)1q (in French)

Pascale Defraigne, Jean-Pascal van Ypersele de Strihou

PHYS2140

Internal geophysics[22.5h+15h] (3 credits)1q (in French)

Thierry Camelbeeck, Véronique Dehant

PHYS2270

A préciser (in French)

PHYS2300

A préciser (in French)

PHYS2144

Universe models[15h] (1.5 credits)2q (in French)

Jean-Marc Gérard

PHYS2223

A préciser (in French)

The compulsory courses in Applied Physics may be chosen as options, except for :

PHYS2903

Red time Data acquisition and digital electronics[22.5h] (3 credits)1q (in French)

René Prieels

Applied Physics orientation

D. Compulsory courses

Complements in mathematics : one of the mathematics courses included on the MATH 21 programme (from among the compulsory and optional courses ), according to choice.

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

PHYS2111

Introduction to non-linear dynamics[30h+22.5h] (4.5 credits)2q (in French)

Jean Bricmont, Luc Haine

PHYS2121

A préciser (in French)

PHYS2290

A préciser (in French)

MAT1271

Calculation of probability and statistical analysis[30h+30h] (6 credits)1q (in French)

Rainer von Sachs

The students whose "candidature" programme included this subject, are dispensed from taking this course.

PHYS2263

A préciser (in French)

PHYS2143

A préciser (in French)

PHYS2460

Statistical mechanics[22.5h+15h] (4 credits)2q (in French)

Jean Bricmont

PHYS2902

Optics[30h] (3 credits)2q (in French)

Philippe Antoine

PHYS2264

A préciser (in French)

[partim : 20 hours]

PHYS2181

A préciser (in French)

The students who do not take or do not pass the oral expression test in English will do the following course :

ANGL2462

Anglais-expression orale pour les physiciens[30h] (2 credits)1q

Françoise Stas

N.B. : The apprenticeship in industry (PHYS2998), which forms part of the second year of studies, may be completed during the summer holidays between the first two years of the programme, subject to the authorisation of the Physics Department.

Earth, Space and Climate Physics orientation

E. Compulsory courses

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

PHYS2140

Internal geophysics[22.5h+15h] (3 credits)1q (in French)

Thierry Camelbeeck, Véronique Dehant

PHYS2150

Numerical simulation methods in physics[15h+22.5h] (3 credits) (in French)

Eric Deleersnijder, Bernard Piraux

PHYS2223

A préciser (in French)

PHYS2263

A préciser (in French)

[partim : 30 hours-15 hours] (part 1)

MAT1261

Mathematical methods of classic mechanics 2[22.5h+30h] (5 credits)1q (in French)

Jean Bricmont, Luc Haine

The students whose "candidature" programme included this subject are dispensed from taking this course.

PHYS2121

A préciser (in French)

The students will choose two of the three following courses :

PHYS2460

Statistical mechanics[22.5h+15h] (4 credits)2q (in French)

Jean Bricmont

PHYS2290

A préciser (in French)

PHYS2111

Introduction to non-linear dynamics[30h+22.5h] (4.5 credits)2q (in French)

Jean Bricmont, Luc Haine

The students who do not take or pass the oral expression test in English will do the following course :

ANGL2462

Anglais-expression orale pour les physiciens[30h] (2 credits)1q

Françoise Stas

F. Integrated exercises

The students will follow three 20 hour modules selected from the two following types of integrated exercises :

PHYS2123

A préciser (in French)

PHYS2264

A préciser (in French)

G. Options

The students will choose at least five options for a minimal volume of 130 hours (courses and exercises). Four courses will be chosen from the following list, the fifth will be chosen from the ensemble of the first year programme in physics.

Astronomy and Space Physics

PHYS2131

Sperical astronomy and mathematical astronomy[22.5h+15h] (3 credits)1q (in French)

Pascale Defraigne, Jean-Pascal van Ypersele de Strihou

PHYS2550

Astrophysics[30h] (4 credits)1q (in French)

Arlette Grotsch

PHYS2144

Universe models[15h] (1.5 credits)2q (in French)

Jean-Marc Gérard

PHYS2400

Space and high atmosphere physics[22.5h] (4 credits)2q (in French)

Viviane Pierrard, René Warnant

PHYS2143

A préciser (in French)

Meteorology and Climatology

PHYS2132

Introduction to climate modeling[22.5h+15h] (6 credits)2q (in French)

André Berger, Thierry Fichefet, Jean-Pascal van Ypersele de Strihou

PHYS2541

A préciser (in French)

PHYS2391

Elements of physical oceanography[15h] (2.5 credits)1q (in French)

Thierry Fichefet

PHYS2392

Atmospheric physics and dynamics[30h+9h] (6 credits)2q (in French)

André Berger, Thierry Fichefet

Observations and Data-processing

PHYS2904

Physics sensors[22.5h] (2 credits)EN Cours non dispensé cette année académique1q (in French)

N.

PHYS2181

A préciser (in French)

PHYS2905

Laboratory of applied physics[60h] (5 credits)1+2q (in French)

Alain Cornet, René Prieels, Michel Van Ruymbeke

[partim : 20 hours]

GEOG2100

A préciser (in French)

[partim : 30 hours]

PHYS2907

Signal processing and information theory[22.5h+15h] (4 credits)2q (in French)

René Prieels

PHYS22 Second year

Classical orientation

A. Compulsory courses

Philosophical teachings :

SC2001

Introduction to contemporary philosophy[30h] (2 credits)2q (in French)

Mark Hunyadi

or

SC2220

Philosophy of science[30h] (2 credits)2q (in French)

Michel Ghins

or

FILO2003

Ethics in the Natural Sciences[15h+15h] (2 credits)2q (in French)

Philippe Baret, Bernard Feltz, Thierry Hance

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

PHYS2110

Molecular statitical physics[30h] (4 credits)1q (in French)

André Nauts

PHYS2997

Thesis tutorial[15h] (3 credits)1q (in English)

Jean-Pierre Antoine

Thesis follow-up seminar in Physics organised in English in the context of the "Language plan".

Complements of mathematics : according to choice, one of the mathematics courses from the MATH21 programme, if it wasn't followed in PHYS 21.

B. Thesis

The students will present a thesis (PHYS 2999). The choice of the thesis director must be approved by the Physics Department at the end of the third week of the first quadrimester, at the latest. The preparation of the thesis is equivalent to around 600 hours of course attendance. The readers of the thesis are appointed by the Physics Department at the beginning of the second quadrimester. The list of the thesis readers will be communicated to the jury secretary.

C. Options

In addition, the students will follow a minimum of 4 optional courses, totalling at least 90 hours (6h/quad.) to be chosen from the list below or from the "licence" programme in Physicl Sciences or, more generally, from any programme of the University. This choice must be approved by the lecturer who supervises the preparation of the thesis and by the President of the Physics Department.

PHYS2150

Numerical simulation methods in physics[15h+22.5h] (3 credits) (in French)

Eric Deleersnijder, Bernard Piraux

MECA2600

Introduction to nuclear engineering and reactor technology.[30h+30h] (5 credits)1q (in French)

Hamid Aït Abderrahim

MECA2853

Turbulence.[30h+15h] (4 credits)1q (in French)

Guy Schayes, Grégoire Winckelmans

PHYS2221

Special question about mathematical physics[22.5h] (4 credits)EN Cours non dispensé cette année académique2q (in French)

N.

PHYS2310

Electroweak interactions[22.5h] (4 credits)1q (in French)

Jean Pestieau

PHYS2355

Nuclear physics[45h] (7 credits)1q (in French)

Thierry Delbar, Youssef El Masri

PHYS2391

Elements of physical oceanography[15h] (2.5 credits)1q (in French)

Thierry Fichefet

PHYS2392

Atmospheric physics and dynamics[30h+9h] (6 credits)2q (in French)

André Berger, Thierry Fichefet

PHYS2420

Special questions in solid state physics[22.5h] (3 credits)ENCours cyclique dispensé cette année académique1q (in French)

Luc Piraux

PHYS2550

Astrophysics[30h] (4 credits)1q (in French)

Arlette Grotsch

PHYS2610

Quantum electrodynamics[30h] (5 credits)1q (in French)

Jean-Marc Gérard

PHYS2903

Red time Data acquisition and digital electronics[22.5h] (3 credits)1q (in French)

René Prieels

PHYS2908

Data processing in physics[15h] (3 credits)1q (in English)

Krzysztof Piotrzkowski

SC2002

Elements of mathematics and physics history[30h] (4.5 credits)1q (in French)

Patricia De Grave

PHYS2440

Electrostrong interactions and symmetries[45h] (5 credits)1+2q (in French)

Jean-Marc Gérard, Fabio Maltoni

PHYS2700

Experimental methods of laser-matter interactions[45h] (6 credits) (in French)

Philippe Antoine, Pierre Defrance, Xavier Urbain

(A) Experimental methods on laser-matter interaction (22.5h) (3 ECTS)

(B) Corpuscular optics (22.5h) (3 ECTS)

(C) Experimental methods and atomic collisions (22.5h) (3 ECTS)

Two parts are given each year.

PHYS2750

Theoretical methods of laser-matter interactions[45h] (6 credits)EN Cours non dispensé cette année académique (in French)

André Nauts, Bernard Piraux

(A) Laser-matter interaction (22.5h) (3 ECTS)

(B) Atomic and molecular spectroscopy (22.5h) (3 ECTS)

(C) Theory of atomic collisions (22.5h) (3 ECTS)

Two parts are given each year.

PHYS2356

Recent developments in nuclear physics[45h] (7.5 credits)2q (in French)

Youssef El Masri, Jan Govaerts, Pierre Leleux, Krzysztof Piotrzkowski

C.f. avis ad valvas

PHYS2400

Space and high atmosphere physics[22.5h] (4 credits)2q (in French)

Viviane Pierrard, René Warnant

PHY1265

Globe physics[30h] (3 credits) (in French)

Bernard Ducarme, Bernard Ducarme (supplée Jean-Pascal van Ypersele de Strihou), Jean-Pascal van Ypersele de Strihou

PHYS2132

Introduction to climate modeling[22.5h+15h] (6 credits)2q (in French)

André Berger, Thierry Fichefet, Jean-Pascal van Ypersele de Strihou

PHYS2906

Cryophysics[22.5h+15h] (3 credits)ENCours cyclique dispensé cette année académique2q (in French)

Vincent Bayot

PHYS2907

Signal processing and information theory[22.5h+15h] (4 credits)2q (in French)

René Prieels

D. Seminars

PHYS2800

A préciser (in French)

Applied Physics orientation

E. Compulsory courses

Philosophical teachings :

SC2001

Introduction to contemporary philosophy[30h] (2 credits)2q (in French)

Mark Hunyadi

or

SC2220

Philosophy of science[30h] (2 credits)2q (in French)

Michel Ghins

or

FILO2003

Ethics in the Natural Sciences[15h+15h] (2 credits)2q (in French)

Philippe Baret, Bernard Feltz, Thierry Hance

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

PHYS2110

Molecular statitical physics[30h] (4 credits)1q (in French)

André Nauts

PHYS2903

Red time Data acquisition and digital electronics[22.5h] (3 credits)1q (in French)

René Prieels

PHYS2904

Physics sensors[22.5h] (2 credits)EN Cours non dispensé cette année académique1q (in French)

N.

PHYS2905

Laboratory of applied physics[60h] (5 credits)1+2q (in French)

Alain Cornet, René Prieels, Michel Van Ruymbeke

PHYS2997

Thesis tutorial[15h] (3 credits)1q (in English)

Jean-Pierre Antoine

Thesis follow-up seminar in physics organised in English in the context of the "Language plan".

F. Thesis

The students will do a thesis (PHYS2999). The choice of a thesis director must be approved by the Physics Department by the end of the third week of the 1st quadrimester. The preparation of the thesis is equivalent to about 600 hours of course attendance. The thesis readers are appointed by the Physics Department at the beginning of the second quadrimester. The list of the thesis readers will be communicated to the jury secretary.

G. Options in Applied Physics

In addition, the students will follow a minimum of 60 hours (4 h/quad.) of options, to be chosen from the following list :

PHYS2150

Numerical simulation methods in physics[15h+22.5h] (3 credits) (in French)

Eric Deleersnijder, Bernard Piraux

PHYS2901

Laser physics[22.5h+15h] (4 credits)1q (in French)

Alain Cornet, André Fayt

PHYS2906

Cryophysics[22.5h+15h] (3 credits)ENCours cyclique dispensé cette année académique2q (in French)

Vincent Bayot

PHYS2907

Signal processing and information theory[22.5h+15h] (4 credits)2q (in French)

René Prieels

PHYS2910

Analysis methods[22.5h+15h] (3.5 credits)ENCours cyclique dispensé cette année académique2q (in French)

Patrick Bertrand

PHYS2340

Use, management and control of radio elements[15h] (1.5 credits)1q (in French)

Thierry Ladrielle

PHYS2365

Nuclear detectors and electronics[15h] (2 credits)2q (in French)

Krzysztof Piotrzkowski

PHYS2997

Thesis tutorial[15h] (3 credits)1q (in English)

Jean-Pierre Antoine

Thesis follow-up seminar in Physics organised in English in the context of the "Language focus plan".

H. Apprenticeship in industry

The students will do a four-week period of work experience (PHYS2998) in a firm which is approved by the Physics Department. The period of apprenticeship cannot coincide with the the study timetable.

Earth, Space and Climate Physics orientation

I. Compulsory courses

Philosophical teachings :

SC2001

Introduction to contemporary philosophy[30h] (2 credits)2q (in French)

Mark Hunyadi

or

SC2220

Philosophy of science[30h] (2 credits)2q (in French)

Michel Ghins

or

FILO2003

Ethics in the Natural Sciences[15h+15h] (2 credits)2q (in French)

Philippe Baret, Bernard Feltz, Thierry Hance

SC2140

Questions of religious sciences[15h] (1 credits)1q (in French)

José Reding

This course will be followed in the 1st or 2nd year, according to choice.

MECA2853

Turbulence.[30h+15h] (4 credits)1q (in French)

Guy Schayes, Grégoire Winckelmans

MECA2771

Thermodynamics of irreversible phenomena.[30h+15h] (4 credits)2q (in French)

François Dupret, Miltiadis Papalexandris

PHYS2997

Thesis tutorial[15h] (3 credits)1q (in English)

Jean-Pierre Antoine

Thesis follow-up seminar in Physics organised in English in the context of the "Language plan".

J. Thesis

The students will do a thesis (PHYS2999). The choice of a thesis director must be approved by the Physics Department by the end of the third week of the 1st quadrimester at the latest. The preparation of the thesis is equivalent to about 600 hours of course attendance. The readers of the thesis are appointed by the Physics Department at the beginning of the second quadrimester. The list of thesis readers will be communicated to the jury secretary.

K. Options

Furthermore, the students will follow a minimum of three options, totalling at least 70 hours (courses and exercises) to be chosen from the "licence" programme in Physical Sciences or, more generally, from any of the University programmes. This choice must be approved by the lecturer supervising the preparation of the thesis and by the President of the Physics Department.

Positioning of the degree within the University cursus

The "licence" programme in Physics may be prolonged by third study cycle (master) studies, extended or specialised study diploma programmes or PhD programmes in the same or in a complementary speciality.

Specifically for Physics :

- the D.E.A. programme in Sciences, Physics orientation (SC3DA/P)

- the DES in x-ray protection and in ionizing ray applications (RPR3DS), organised by the Faculty of Medecine.



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Last update :13/03/2007