Items where Author is "Glushkov, O. V."

Svinarenko, A. A. and Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Computational Methods of optics and dynamics of quantum and laser systems. Part 4”. (Training of PhD students of the specialty: 104 –“Physics and astronomy”). [Teaching Resource] (Unpublished)

Glushkov, O. V. and Khetselius, O. Yu. and Svinarenko, A. A. and Buyadzhi, V. V. and Ignatenko, A. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “MATHEMATICAL AND PHYSICAL MODELS OF QUANTUM AND NEURAL NETWORKS”, Part 1. (Training of PhD students of the specialty: 113 – “Applied mathematics” and others). [Teaching Resource] (Unpublished)

Glushkov, O. V. and Khetselius, O. Yu. and Svinarenko, A. A. and Ignatenko, A. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “MATHEMATICAL AND PHYSICAL MODELS OF QUANTUM AND NEURAL NETWORKS”, Part 2. (Training of PhD students of the specialty: 113 – “Applied mathematics” and others). [Teaching Resource]

Glushkov, O. V. and Khetselius, O. Yu. and Svinarenko, A. A. and Buyadzhi, V. V. and Ignatenko, A. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “MATHEMATICAL AND PHYSICAL MODELS OF QUANTUM AND NEURAL NETWORKS”, Part 3. (Training of PhD students of the specialty: 113 – “Applied mathematics” and others). [Teaching Resource] (Unpublished)

Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Molecular Optics and Spectroscopy”, Part 7 (Training of PhD students of the specialty: 104 –“Physics and astronomy”). [Teaching Resource] (Unpublished)

Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Molecular Optics and Spectroscopy”, Part 8 (Training of PhD students of the specialty: 104 –“Physics and astronomy”). [Teaching Resource] (Unpublished)

Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Quantum Geometry and Dynamics of Resonances”, Part 7. (Training of PhD students of the specialty: 113 – “Applied mathematics” and others). [Teaching Resource] (Unpublished)

Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Quantum Geometry and Dynamics of Resonances”, Part 8. (Training of PhD students of the specialty: 113 – “Applied mathematics” and others). [Teaching Resource] (Unpublished)

Glushkov, O. V. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Quantum Optics and Laser Physics”, Part 3. (Training of PhD students of the specialty: 104 –“Physics and astronomy”). [Teaching Resource] (Unpublished)

Glushkov, O. V. and Khetselius, O.Y. and Svinarenko, A.A. (2021) Methodical instructions for practical work, test performance, distance learning of PhD students in the discipline “Quantum Optics and Laser Physics”, Part 4. (Training of PhD students of the specialty: 104 –“Physics and astronomy”). [Teaching Resource] (Unpublished)