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Zborník príspevkov z 11. Dní doktorandov...
E-book
E-book
Martin Bačkor - Silvia Mihaličová (eds.)
Proceedings of the 11th Conference of Doctoral Students in Experimental Plant Biology and the 13th Conference on Experimental Plant Biology, Košice, September 9–13, 2013
13th Conference of Experimental Plant Biology (Sections)
- Cell Biology and Cytology: Michal Martinka
- Developmental Biology and Morphogenesis: Alexander Lux
- “Omics” – Genomics, Transcriptomics, and Proteomics: Boris Vyskot
- Hormonal Regulation of Plant Growth and Development: Jana Albrechtová
- Photosynthesis, Assimilate Production, and Transport: Jiří Šantrůček
- GMOs and Plant Biotechnology: Eva Čellárová
- Biophysical Signals and Optical Properties of Plants: Jan Nauš Stress
- Physiology: Ľudmila Slováková
- Plant Interactions with Organisms: Martin Bačkor
- Water and Mineral Nutrition of Plants: Miroslav Repčák
- Productive Biology of Plants and Agriculture: Václav Hejnák
- Ecological Plant Biology and Global Climate Change: Michal Marek
11th Days of Doctoral Students in Experimental Plant Biology (Sections)
- Molecular & Cell Genetics: Viktor Žárský
- Developmental Biology: Alexander Lux
- Biochemistry & Physiology: Jiří Šantrůček
- Systematics & Evolution: Jana Albrechtová
- Ecophysiology: Jana Albrechtová
Qauntum theory of magnetism
E-book
E-book
This is a supporting text for the undergraduate students interested in quan- tum theory of magnetism. The text represents an introduction to various theoretical approaches used in this eld. It is an open material, in the sense that it will be supported by appropriate problems to be solved by student at seminars and also as a homework.
The text consists of four chapters that form closed themes of the in- troductory quantum theory of magnetism. In the rst part we explain the quantum origin of the magnetism illustrating the appearance of the ex- change interaction for the case of hydrogen molecule. The second chapter is devoted to the application of the Bogolyubov inequality to the Heisenberg model and it represents the part which is usually missing in the textbooks of magnetism. The third chapter deals with the standard spin wave-theory including the Bloch and Holstein-Primakoff a approach. Finally, we discuss the application of the Jordan-Wigner transformation to one-dimensional spin-1/2 XY model.
The primary ambition of this supportive text is to explain diverse math- ematical methods and their applications in the quantum theory of mag- netism. The text is written in the form which should be sufficient to de- velop the skills of the students up to the very high level. In fact, it is expected that students following this course will able to make their own original applications of the methods presented in this book.
Cell Biophysics II
E-book
E-book
Cell Biophysics II is the one semester comprehensive course textbook for PhD students. It encompasses basic principles and mechanisms underlying cell physiology and biophysics with aims:
• General knowledge of the principles of cellular function, including membrane, cytoplasmic and nuclear roles in normal and abnormal conditions.
• In-depth understanding of the mechanisms underlying the cell functions at the molecular and subcellular level.
• Awareness of cell pathologies that lead to specific disease symptoms and phenotypes.
• The ability to apply learned principles to solve new problems (analysis & synthesis).