Study Guide 2024-202

The student will learn to deepen his/her knowledge by studying independently.

Books in physics from the list below, or other books agreed with the teacher. The book and contents will be agreed upon with the teacher (listed in parenthesis) based on the specialization.

Written/oral exam, seminar presentation, study group, written summary. The method is agreed beforehand with the teacher.

Independent work

Materials research

Pankove, J.I. (1975), Optical processes in semiconductors. 6 op (Jarno Salonen). Rouquerol, J., Rouquerol, F., Sing, K.(1999), Adsorption by Powdersand Porous Solids. 8 op (Jarno Salonen) Als-Nielsen, J,. and McMorrow, D., (2001), Elements of modern X-ray physics. 6 op (Petriina Paturi). Orlando, T.P., and Delin, K.A., (1991), Foundations of applied superconductivity. 8 op (Petriina Paturi). Poole, C.P, Jr., Tarach, H.A., Creswick, R.J., and Prozorov, R., (2007), Superconductivity (Second edition). 8 op (Petriina Paturi). Coey J.M.D, (2010) Magetism and magnetic materials. op (Petriina Paturi) Helgaker, T., Jorgensen, P. and Olsen, J., Molecular Electronic-Structure Theory. 8 op (Edwin Kukk).

Theoretical physics

Nakahara, M., (1991), Geometry, Topology and Physics. 8 op (Iiro Vilja). Tanaka, T., (2002), Methods of Statistical Physics. 8 op (Iiro Vilja). Weinberg, S., (1996), The quantum theory of fields. 8 op (Iiro Vilja).

Opiskelijan on mahdollista suorittaa yksi syventävien opintojen kirjatentti perehtyäkseen syvällisemmin oman erikoisalansa tieteelliseen kirjallisuuteen.

0-5

Finnish, English

Advanced Studies

Physics