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Studiegidsen 2013-2014
Faculteiten
Studiegidsen
Faculteit der Filosofie, Theologie en Religiewetenschappen
Faculteit der Letteren
Faculteit der Managementwetenschappen
Faculteit der Medische Wetenschappen
Faculteit der Natuurwetenschappen, Wiskunde en Informatica
Faculteit der Rechtsgeleerdheid
Faculteit der Sociale Wetenschappen
Radboud Docenten Academie
Bachelor Biologie
Bachelor Informatica en Informatiekunde
Bachelor Moleculaire Levenswetenschappen
Bachelor Natuur- en Sterrenkunde
Bachelor Scheikunde
Bachelor Science/Natuurwetenschappen
Bachelor Wiskunde
Master Biology
Master Chemistry
Master Computing Science
Master Information Science
Master Mathematics
Master Medical Biology
Master Molecular Life Science
Master Natural Sciences
Master Physics and Astronomy
FNWI Filosofie vakken / Philosophy courses
Mastervarianten
Minor Grand Challenges, Science and Entrepreneurship
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> Master Physics and Astronomy
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Introduction
Admittance
Structure of the Masters programme
Aims and Attainment targets
Aims of the Master's programme
Attainment targets of the Master's programme
Programme
Research variant (O variant)
Mastertrack Neuroscience/Neurophysics
Mastertrack Particle- and Astrophysics
Astrophysics-specialisation
Experimental High-Energy Physics-specialisation
Theoretical High-Energy Physics
Mastertrack Physics of Molecules and Materials
Education variant
Management & Technology mastervariant
C-variant
Description of the Courses
Advanced Computational Neuroscience
stp: 3 ec
Advanced Quantitative Brain Networks
stp: 3 ec
Advanced Spectroscopy
stp: 6 ec
Advanced Statistical Physics
stp: 6 ec
Advanced Stellar and Binary evolution
stp: 6 ec
Asteroseismology
stp: 6 ec
Astroparticle Physics
stp: 6 ec
Beyond the Standard Model
stp: 6 ec
Black Holes and Accretion
stp: 6 ec
CERN Summer Student Programme
stp: 9 ec
Compact Binaries: Physics and Evolution
stp: 6 ec
Computational Neuroscience
stp: 6 ec
Computational Physics
stp: 6 ec
Condensed Matter Theory
stp: 6 ec
Cosmic Magnetism
stp: 6 ec
Cosmology
stp: 6 ec
Current Advances in Neuroscience Techniques
stp: 6 ec
Data Analysis
stp: 3 ec
Electrodynamics 1
stp: 3 ec
Electrodynamics 2
stp: 3 ec
Electronic Structure of Materials
stp: 6 ec
Experimental Techniques
stp: 3 ec
Front End Vision and Multi-scale Image Analysis
stp: 6 ec
Graphene
stp: 6 ec
IAC/Interacademic Course Astrophysics
stp: 6 ec
Interaction of Light with Molecules and Materials
stp: 6 ec
Introduction to C++
stp: 3 ec
Introduction to Particle Physics Experiment Analysis
stp: 6 ec
Introduction to String Theory
stp: 6 ec
Lasers and Electro-Optics
stp: 6 ec
Lie Algebras in Particle Physics
stp: 3 ec
Machine Learning
stp: 6 ec
Master Thesis Project Research
stp: 60 ec
Mechanical engineering; designing and manufacturing instruments
stp: 2 ec
Molecular Physics
stp: 6 ec
Monte Carlo Techniques
stp: 6 ec
MR Techniques in the Life Sciences
stp: 6 ec
Fundamentals of Magnetism
stp: 6 ec
Nikhef Topical Lectures
stp: 1 ec
Nuclear Physics
stp: 6 ec
Numerieke Methoden
stp: 3 ec
Oriëntatiestage E-variant
stp: 3 ec
Particle Detection and Acceleration
stp: 6 ec
Particle Physics Phenomenology
stp: 6 ec
Philosophy and Foundations of Modern Physics
stp: 3 ec
Physics of Molecules and Molecular Aggregates
stp: 3 ec
Professional Preparation
stp: 1 ec
Projectmanagement
stp: 3 ec
Psychophysics 2
stp: 6 ec
Quantitative Brain Networks
stp: 6 ec
Quantum Field Theory
stp: 6 ec
Quantum Transport
stp: 6 ec
Research Labs
stp: 6 ec
Scanning Probe Microscopy
stp: 3 ec
Solid State Physics
stp: 6 ec
Student Seminar Particle and Astrophysics
stp: 2 ec
Telescope Observing
stp: 2 ec
Theoretical Foundations of Elementary Particle Physics
stp: 9 ec
The Structure of Spacetime
stp: 6 ec
Materials Science
stp: 3 ec
Physical Chemistry of Molecular Aggregates
stp: 3 ec
Orientatiecursus CEM: schrijfvaardigheid
stp: 3 ec
Business & Society
stp: 3 ec
Innovation Management
stp: 3 ec
Strategy
stp: 3 ec
Finance & Accounting
stp: 6 ec
Entrepreneurship: Making a Business Plan
stp: 3 ec
Methods of Business Research
stp: 3 ec
Master-thesis Management & Technology-track
stp: 27 ec
Research project (Masterthesis) Mastertrack Science Communication
stp: 30 ec
Framing Knowledge
stp: 3 ec
Knowledge Society
stp: 3 ec
Science & Media: strategies and trends
stp: 3 ec
Introduction Science Communication
stp: 3 ec
Science & Societal interaction
stp: 3 ec
Risk Communication
stp: 3 ec
Visible Scientists
stp: 3 ec
Debating Science in Society
stp: 3 ec
Science & Public Policy
stp: 3 ec
Scientific English for Masterstudents
stp: 3 ec
Beroepsorientatie
stp: 3 ec
Institutes for Research and Education Programmes
Inleiding
The Institute for Education Programmes for Mathematics, Physics and Astronomy (WiNSt)
Institute for Mathematics, Astrophysics and Particle Physics (IMAPP)
Institute for Molecules and Materials (IMM)
Theory of Condensed Matter (IMM)
Donders Centre for Neuroscience (DCN)
Examinational Regulations
Inleiding
Interim examinations
Master's Thesis
The Master's examination
Regels en Richtlijnen van de Examencommissie
The Administrative Structure
Inleiding
The Institute for Education Programmes for Mathematics, Physics and Astronomy (WiNSt)
Student Facilities
Inleiding
Student Activities
Marie Curie
Appendices
Appendix A: Important departments and persons
Appendix B: Dates of Examinations 2013/2014
Appendix C: Teaching 2013/2014