EFFUSE – River Landscape, Volume 1: Scientific Education for Everybody

E-book

Mária Ganajová - Jozef Hanč - Ivana Sotáková - Petra Letošníková (eds.)

The International Conference on Research in Didactics of the Science – DidSci+ 2022, continues in the educational legacy of the successful series of the previous DidSci conferences held from 2004 in Krakow, Prague, Brno, or Trnava. The DidSci+ conferences present a platform for enduring international cooperation, focusing on the frontiers and current challenges in science education research. This special edition of DidSci conferences, celebrating its 10th anniversary, was held in Košice, at the Faculty of Science of Pavol Jozef Šafárik University, from June 26 to 29, 2022. The careful double-blind review process has led to two major publications offering a comprehensive look at the latest advances in STEM and science subjects education. The first volume of selected papers is published as the IOP Conference Series proceedings, Vol. 3037 with open access at https://iopscience.iop.org/issue/1742-6596/3037/1, and is primarily devoted to STEM education, assessment, evaluation, feedback strategies, and teacher development. The second volume of selected papers, published by ŠafárikPress, focuses more on curriculum development, educational innovation, and digital technologies, primarily in chemistry and biology. Both publications are intended for a wide audience, including in-service and pre-service teachers of science subjects, university students in scientific disciplines, researchers in science education, professionals in pedagogical and methodological centers, curriculum developers, and textbook authors.

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E-book

Jozef Strečka

The present textbook deals with exactly solved models and their diverse applications in several branches of physics such as mathematical physics, statistical physics, condensed matter physics and so on. Exactly soluble models are currently considered as an inspiring research field in its own right, which regrettably requires a considerable knowledge of sophisticated mathematics. Accordingly, my primary ambition was to provide an intro- ductory course for undergraduate students that would cover the simplest exactly solved models, whose rigorous solutions are available even after modest calculation. The present textbook should be therefore regarded as an auxiliary graduate-level textbook, which should serve as the student’s guide on this beautiful but surely intricate subject.

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E-book

Michal Jaščur

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.

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E-publication
Mária Vilková-Zuzana Kudličková-Ján Elečko
This study material is intended for students of chemistry and related disciplines interested in applied nuclear magnetic resonance (NMR) and physical chemistry. It offers practice-oriented tasks designed to develop skills in NMR spectroscopy, quantitative analysis, and data interpretation. Students learn modern approaches to determining physicochemical parameters (e.g., partition coefficients, pKa values, keto–enol equilibria, or enantiomeric excess) and gain experience with software tools for spectrum processing.
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