Definition, A fény rendszerből kilépő helye. Definition Ref. Bagány Mihály: Fizika. 2., Geometriai optika, hullámoptika, Kecskemét: KF, Term, fókusztávolság. Reliability, 3 (Reliable). Term Ref. Bagány Mihály: Fizika. 2 ., Geometriai optika, hullámoptika, Kecskemét: KF, Date, 23/07/ márc. 7. a fizikának a fény és az elektromágneses hullámok terjedésével foglalkozó tudományága teljes visszaverődés jelensége sűrűbb közeg-ritkább.

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Physics BSc subjects B. Biological organisation, levels of organisation, supraindividual organisation. The course introduces the first year students to biological thinking.

Geometria I. “Gravitáció és optika”

Their stability, disturbances, failure. General characterisation of the sensory system, operation of the sensory systems. General idea and specific realizations of fitness. Organisation of the nervous system, basic phenomena of the operation of nerves. Structure of the living cell, functions of the components of geometriwi cell, properties of the membranes, membrane proteins, forms of the connections between cells, tissue organisation.

Operation of the system of excretion, acid-base equilibrium.

New results and new areas of research. Reactions of biomolecules in water, basic nature of macromolecular recognition and biocatalysis.

Foundations of the studies of molecular cell biology, botany, microbiology, animal anatomy, plant and animal physiology, genetics, and immunology.

Transport of the optikz gases, structure gepmetriai the respiratory system, control of respiration. Bases of the connection between the ecosystems and their environments. Structure of the heart, mechanical events during the cycle of the heart, control of the operation, electrical change measured during the operation of gemetriai heart. The subject gives the elementary mathematical theory of ecology and evolution. The bases of behaviour; the bases of pattern formation; population dynamics and the organization of ecosystems.


Replication and heredity; The problem of sexuality, molecular recombination; Some nontrivial problems of evolution: Properties of ecological systems, mass and energy transfer in the ecosystems. Collective phenomena, pattern formation, morphogenesis, bioinformatics, biological networks, neural networks, bioenergetics, transport processes, biological motions, protein folding, conformational changes.

Physics BSc subjects (B)

Biophysical methods of molecular structures. Human circulation, EKG, EEG, sensory and psycho physiological investigations with the help of an educational software. Elementary interactions between populations competition, predatorism, parasitism, mutualism, commensalisms, etc. Neural and molecular evolution. Operation of muscles, muscular system, regulation of motion.

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Insight into the most specific methods of cell biology. Fundamentals of biophysics, physics of molecular biological processes, secondary interactions, low Reynolds number hydrodynamics, diffusion, activation, solutions, chemical reactions, structure and properties of proteins and nucleic acids, modern biophysical methods of investigation, biological membranes, transport processes, propagation of the action potential, biological energy conversion, perception.

Structural background of the storage and expression of genetic information. An introduction to the theoretical background of widely used biophysical experimental methods; including X-ray crystallography, NMR spectroscopy, mass spectroscopy, optical absorption, dicroism, fluorescence, IR and Raman spectroscopy, ultracentrifugation, electrophoresis and tomography.

Self organizing criticality models of biospheres.


The structure of the digestive system, control of its operation, the process of digestion, excretion. Fundamentals of operations, animal care, and animal ethics. The main themes are geometrial following: Ecology and frequency dependent selection. Lifestyle properties and ecological strategies.

Nagyítás (optika)

Introduction to the origin, structure, and compartmentalized functions of the eukaryotic cells, their maintenance, optkia properties and control of cellular communication, cell cycle growthdifferentiation, and cell death. General characterization of metabolism, principles of control. Fundamentals of population genetics. In the lecture the students are introduced into several biological applications of mechanics and optics, and they get knowledge of the physical, mathematical, computational and biological tools necessary to the solution of the treated biomechanical and biooptical problems.

Higher level neural activity control of sleep and wakefulness, processes of learning, control of behaviour.

Structure of the biological macromolecules. Investigations in surviving, isolated organ preparations heart, skeleton muscle, small intestine. Water spaces of organisms, characterisation and function of blood, cellular components of the blood, their physiological role. Summary of the methods of investigation. Characterization of the endocrine system, control of the hormones, operation of the endocrine glands.

Organisation, structure, and dynamics fluctuation, succession of ecosystems. It concentrates on key questions and ideas, which are illustrated with carefully selected examples.