From complex chemistry to new physics 0800-PA-COMCHEM

(po angielsku) Contact hours with teacher: - participation in lectures - 45 hrs - consultations - 5 hrs Self-study hours: - preparation for lectures - 30 hrs - homework - 30 hrs - reading literature - 5 hrs - preparation for examination-5 hrs Altogether: 90 hrs (3 ECTS)

(po angielsku) Student W1: has advanced knowledge of the current state-of-the-art in quantum chemistry and theoretical spectroscopy discussed in the course W2: knows how the experimentally measured properties can be calculated via ab initio quantum calculations W3: is familiar with new directions in quantum chemistry W4: is acquainted with working principles of quantum chemistry

(po angielsku) Student U1: is capable of selecting proper quantum theory and computer program to solve a selected spectroscopic problem U2: is capable of using the most important quantum chemistry programs, including high-performance computer clusters U3: knows how to manage and process output files from various quantum chemistry programs U4: can analyse the differences between experimentally driven data and theoretical predictions, including their accuracy

(po angielsku) Student K1: understands the significance and importance of quantum mechanics in daily life K2: can tackle any scientific and/or engineering problem which can be solved with a help computer programs K3: is aware of spectroscopic accuracy, which corroborated with theoretical calculations can be applied to industrial problems K5: is capable of running a large-scale calculation on supercomputers K6: can communicate and collaborate with both experimental scientists and theoreticians, as well as communicate to a general audience the relevance of spectroscopy and quantum chemistry

(po angielsku) conventional lecture hands-on sessions homework: self-study computer classes

Basic knowledge of quantum mechanics, algebra, and unix operating system

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