| 1 | Advanced product engineering | CHTAPE05E |
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| 2 | Advanced Protein Crystallography | MLBB007 |
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| 3 | Advanced Quantum Mechanics | WMPH13001 |
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| 4 | Advances in Chemical Biology | WMCH13009 |
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| 5 | Biomaterials 2 | WMBE14003 |
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| 6 | Colloquium | WMCH14001 |
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| 7 | Computational Chemistry | CHCMQC-08 |
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| 8 | Computational physics | NACP-11 |
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| 9 | Design of Industrial Catalysts | CHDIC-11 |
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| 10 | Final Exam | WMCH13004 |
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| 11 | Food Pharma Products | WMIE14005 |
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| 12 | Intensive course TCCM | WMCH16002 |
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| 13 | Interfacial engineering | CHTCIE05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | dr. P. Raffa | | Docent(en) | dr. P. Raffa | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 14 | Introduction to plasma physics | NAIPP-09 |
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| 15 | Many-particle systems | NAMPS05E |
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| 16 | Mathematical Methods of Physics | NAMM-12 |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. D. Boer | | Docent(en) | prof. dr. D. Boer | | Onderwijsvorm | Hoorcollege (LC), Opdracht (ASM) | | Toetsvorm | Opdracht (AST), Presentatie (P) | | ECTS | 5 |
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| 17 | Mesoscopic physics | NAMP-08 |
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| 18 | Modern Laser Microscopy | CHMLM05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. W.H. Roos | | Docent(en) | prof. dr. W.H. Roos | | Onderwijsvorm | Hoorcollege (LC), Practisch werk (PRC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 19 | Molecular Dynamics | MLBB005 |
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| 20 | Molecular Quantum Mechanics 1 | CHMQ105E |
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| 21 | Molecular Quantum Mechanics 2 | CHMQ205E |
MQM2 is an in-depth course in molecular quantum mechanics. Topics that are covered are the electronic structure of molecules; methods for calculating the electronic structure of atoms and molecules; prediction and interpretation of molecular spectra.
Molecular spectra:
Absorption, emission, Raman processes, vibrations, electronic transitions,
vibronic transitions, selection rules, decay of excited states.
The students gain insight in the basics of quantum chemistry.
The students will be able to:
- derive the working equations of the Born Oppenheimer approximation and explain molecular potential energy surfaces
- use MO-LCAO theory to explain the structure of molecules
- explain the difference between single-configuration and multi-configuration many-electron wavefunctions for molecules
- apply Hückel theory and ligand field theory
- derive the Hartree-Fock equations and work with Configuration State Functions
- explain and compare (Multi-Configuration) Self Consistent Field theory, Configuration Interaction, many-body perturbation theory, coupled cluster theory, density functional theory
- derive approximate vibrational wavefunctions and apply vibrational selection rules
- analyze molecular electronic and vibronic transitions
- use selection rules and symmetry to predict and interpret molecular spectra |
| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. S.S. Faraji | | Docent(en) | prof. dr. S.S. Farajidr. R.W.A. Havenith | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 | | Opmerkingen | 24 hours (8 lectures). If more than six participants attend the module, the lectures will be supplemented with tutorials. If there are fewer than six participants, the module will be given in response form: students are required to study the material in advance of the lectures and any problems that were encountered will be discussed during these lectures. |
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| 22 | Nanomedicine and nanosafety | WMFA15001 |
This course covers the following topics:
• applications of nano-sized materials for drug delivery and drug targeting (such as liposomes, other lipid and polymer based drug carriers, inorganic nanoparticles, antibodies and immunoconjugates etc.), and current challenges in these fields;
• nanomedicine for organ-on-a-chip devices
• drug carriers and targeted drugs currently on the market and in clinical trials
• the biological properties of nano-sized materials, including challenges in nanomaterial design for successful targeting and barriers to drug delivery;
• methods to characterize nanomaterials in biological environments (size, charge, stability in biological fluids such as blood);
• interactions of nanomaterials with living cells and organisms (uptake, distribution, final fate, eventual effects on cellular functions);
• potential risks and safety concerns for nanomedicines and nanomaterials not intended to be in contact with humans and living organisms (other nanotechnologies). |
| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | dr. A. Salvati | | Docent(en) | Gastdocent(en)dr. A. Salvati | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Presentatie (P), Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 23 | Non-linear optics | NANLO-08 |
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| 24 | Organic Synthesis, Methods and Strategy 1 | CHOMS105E |
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| 25 | Organic Synthesis, Methods and Strategy 2 | CHOMS205E |
As a synthetic organic chemist, you are challenged daily to develop a synthesis route, perform the reactions and interpret the
results, in order to make the desired molecules. Being able to come up with a feasible synthesis route is crucial to this endeavor, and
central to this course.
The students will start with the concepts of the famous 'Disconnection Approach', in which they learn to make logical
disconnections in a retrosynthetic analysis. This is followed by three topics, for which the students will learn theoretical and
design/strategy aspects: radical reactions and photo-redox catalysis, mechanical bonds, and carbohydrate chemistry.
The course is designed in such a way that students receive theoretical training on each topic in two lectures, which will be followed
by a tutorial given by the lecturer in the same week. It is highly recommended to attend the tutorials, as they will be interactive.
This will provide an ideal opportunity for the students to test their ability in designing a synthesis route (on the blackboard), which
is an important skill as a chemist, but also is a good preparation of the exam of this course and necessary in the Final Exam of MSc
Chemistry. |
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| 26 | Organometallic Chemistry | CHOMC05E |
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| 27 | Physical Methods for Chemical Analysis | WMCH13003 |
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| 28 | Physics of Lasers | WMPH17001 |
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| 29 | Polymer Lab Course 3 (MSc, 18/19) | CHPOL3PR5E |
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| 30 | Polymer Physics | CHPPH05E |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | G. Portale, PhD. | | Docent(en) | G. Portale, PhD. | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 |
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| 31 | Polymer products | CHTPP05E |
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| 32 | Product Focused Process Design | CHPFPD-10 |
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| 33 | Quantum field theory | NAQVT-08 |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. E. Pallante | | Docent(en) | prof. dr. E. Pallante | | Onderwijsvorm | Hoorcollege (LC), Werkcollege (T) | | Toetsvorm | Schriftelijk tentamen (WE) | | ECTS | 5 | | Entreevoorwaarden | Quantum mechanics, Relativistic Quantum Mechanics |
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| 34 | Reaction Mechanisms | CHORM05E |
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| 35 | Research Project TCCM | WMCH16001 |
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| 36 | Selected Topics in Theoretical Chemistry | CHF4205E |
The students gain insight in two contemporary, advanced topics relevant for theoretical chemistry.
The two topics may change from year to year, depending on the guest lecturers. The topics for 2017/2018 are 1) "Statistical
Thermodynamics" and 2) "Quantum Mechanics: A Time-dependent Perspective".
Statistical Thermodynamics sets out to provide the basic knowledge that will lead the students from their existing knowledge of
elementary thermodynamics to an understanding and calculation of the predictable statistical behaviour of assemblies of large
numbers of identical molecules.
Quantum Mechanics: A Time-dependent Perspective sets out to provide the basic knowledge on how to solve time-depenentd
Schrödingen equation for nuclei (exact and approximate methods). In particular, students will be introduced to the multi-layer
formulation that makes the treatment of medium-sized to large molecules amenable. Moreover, students will get familiar to the
concepts of diabatic and adiabatic potential energy surfaces, as well as on-the-fly quantum dynamics. |
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| 37 | Statistical methods in physics | NASMPH05E |
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| 38 | Statistical Signal Processing | STMASP-12 |
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| 39 | Stereochemistry | CHOSC05E |
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| 40 | Structure determination with spectroscopic methods | CHSPSM05E |
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| 41 | Supramolecular chemistry | CHC3133E |
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| 42 | Surface Engineering and Coating Technology | WMIE14002 |
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| Faculteit | Science and Engineering | | Voertaal | Engels | | Coordinator | prof. dr. Y. Pei | | Docent(en) | prof. dr. Y. Pei | | Onderwijsvorm | Bijeenkomst (S), Hoorcollege (LC), Opdracht (ASM), Werkcollege (T) | | Toetsvorm | Opdracht (AST), Presentatie (P), Schriftelijk tentamen (WE), Verslag (R) | | ECTS | 5 |
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| 43 | Synthetic Biology and Systems Chemistry | WMCH13002 |
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| 44 | Theoretical condensed matter physics | NAITCMP-07 |
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| 45 | Ultrafast Time-Resolved Spectroscopy | WMPH13007 |
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