Courses

I teach the following courses at Roskilde University.

1. Quantum mechanics. 10 ECTS. 2019-2022.
2. Classical mechanics. 5 ECTS. 2019.

Jupyter notebooks for quantum mechanics

Jupyter notebooks for teaching and learning quantum mechanics have been developed. The notebooks introduce various topics in quantum mechanics and work with the conceptual understanding of quantum mechanics. For more details on the value of Jupyter notebooks in education please consult the CUTL project. All notebooks (except the last) are intended as 4 hours modules. Student versions can be downloaded below and full versions are available upon request.

Module I: Infinite square well

-- Keywords: Stationary states, general initial states, and expectation values.

Module II: The hydrogen atom and molecule ion

-- Keywords: Visualization, molecular orbitals, and LCAO.

Module III: Magnetic fields

-- Keywords: Charged particle in a constant magnetic field, time-dependent Hamiltonians, and NMR.

Module IV: Make your own notebook

-- Keywords: Numerical solution of the Schrödinger equation.

Feedback on the notebooks are more than welcome (please see e-mail under Contact).

Students

5. Saeed Mehri, Roskilde University, Denmark
Ph.D. student (2019-2022)
Thesis title: Physical aging and isomorphs in liquid crystals

4. Swarnendu Maity, Jawaharlal Nehru Centre for Advanced Scientific Research, India
Summer student (2022)
Project title: Oscilatory shear and excess entropy

3. Mohamed A. Kolmangadi, Technische Universität Berlin, Germany
Summer student (2021)
Project title: Isomorphs in discotic liquid crystals

2. Ujjwal Nandi, National Chemical Laboratory, India
Summer student (2019)
Project title: Shear thinning in molecular liquids

1. Benjamin Carter, Bristol University, United Kingdom
Summer student (2018)
Project title: Isomorphs in nanoconfined liquids