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Foreword 

This section presents lectures on “Physics of magnetic phenomena” in Russian, read by the author at the Faculty of Physics and Technology of RAU in 2008-2012 and in 2017.               

• In the initial Lectures (1-5) the main classes of magnetism are presented: diamagnetism, paramagnetism, ferromagnetism, antiferromagnetism and ferrimagnetism. The main experimental characteristics of these materials and their interpretation according to classical and quantum theories are given.
• Lectures 6 and 7 also discuss current and new types of magnetism, such as spin glasses, superparamagnetism, and nanoscale magnetism. Particular attention is paid to nanotechnology: obtaining and studying the magnetic properties of metal nanoparticles in various carbon matrices, magnetism of nanographene and nanographites, carbon nanotubes. 
• Lectures 8-9 are devoted to electron and nuclear paramagnetic resonances (EPR and NMR), and lecture 10 - to ferromagnetic resonance (FMR).  Good fundamental science always leads to very important practical applications. Some of the most important magnetic effects and their corresponding applications are considered: magnetic electronics - spintronics, magnetic resonance imaging and magnetic hyperthermia, magnetic recording of information, magnetic refrigerators, etc. The lectures also present some results of experimental studies obtained in the author's FTT IFI  laboratory.

• Lecture 1.    Introduction
• Lecture 2.    Diamagnetism
• Lecture 3.    Paramagnetism
• Lecture 4.    Ferromagnetism
• Lecture 5.    Antiferromagnetism and Ferrimagnetism
• Lecture 6.   Other (actual) types of magnetism, Spin glasses, Nanoscale  magnetism, Superparamagnetism, Carbon magnetism in graphene and nanographites, Ferromagnetism in Nanoparticles of Diamagnetic Metals

                        - Lecture 6 - Appendix I

                        - Lecture 6 - Appendix II

• Lecture 7. The most important effects of the physics of magnetic phenomena, Giant magnetoresistance effect, Spintronics, Giant magnetocaloric effect, some applications of magnetic nanoparticles, Magnetic biomedicine 
• Lecture 8.    Basics of magnetic resonance,  Electron Paramagnetic Resonance (EPR)
• Lecture 9.  Nuclear magnetic resonance - NMR, basics of Magnetic Resonance Imaging (MRI)
• Lecture 10.  Electronic ferromagnetic resonance - FMR, FMR in ferromagnetic, superparamagnetic and diamagnetic nano0sized metals

Please click  for the list of links to publications in the following research areas 

• Nanotechnology
• Nanoscale Magnetism
• Solid State Physics
• Magnetic Radio-Spectroscopy of Crystals 
• Spin Glasses
• Cosmic Rays

The list also includes selected patents.