![[ICO]](/icons/blank.gif) | Name | Size | Description |
|---|
|
|---|
![[PARENTDIR]](/icons/back.gif) | Parent Directory | - | |
![[VID]](/icons/movie.gif) | 45_Punetha_screen.mp4 | 31M | 2025-06-26 : Punetha - Extended Dual QCD and its mass spectrum 0h 8m |
| 45_Punetha.mp4 | 58M | 2025-06-26 : Punetha - Extended Dual QCD and its mass spectrum 0h 8m |
| 44_Maaza_screen.mp4 | 147M | 2025-06-26 : Maaza - On quantum trapping of cold neutrons in nano-scaled Fabry-Perot resonating cavities & neutron lifetime considerations 0h 38m |
| 44_Maaza.mp4 | 275M | 2025-06-26 : Maaza - On quantum trapping of cold neutrons in nano-scaled Fabry-Perot resonating cavities & neutron lifetime considerations 0h 38m |
| 43_Shnir_screen.mp4 | 132M | 2025-06-26 : Shnir - Chaotic structures in collision of solitons 0h 35m |
| 43_Shnir.mp4 | 256M | 2025-06-26 : Shnir - Chaotic structures in collision of solitons 0h 35m |
| 42_Samarin_screen.mp4 | 158M | 2025-06-26 : Samarin - Time-dependent description of nucleon-transfer in nuclear reactions 0h 33m |
| 42_Samarin.mp4 | 265M | 2025-06-26 : Samarin - Time-dependent description of nucleon-transfer in nuclear reactions 0h 33m |
| 41_Mardyban_screen.mp4 | 69M | 2025-06-26 : Mardyban - Investigation of the structure of the lowest quadrupole excitations in Ge isotopes 0h 23m |
| 41_Mardyban.mp4 | 190M | 2025-06-26 : Mardyban - Investigation of the structure of the lowest quadrupole excitations in Ge isotopes 0h 23m |
| 40_Bazhin_screen.mp4 | 88M | 2025-06-26 : Bazhin - Study of the structure of nuclei in the alpha-cluster model by hyperspherical functions method 0h 19m |
| 40_Bazhin.mp4 | 160M | 2025-06-26 : Bazhin - Study of the structure of nuclei in the alpha-cluster model by hyperspherical functions method 0h 19m |
| 39_Ershov_screen.mp4 | 168M | 2025-06-26 : Ershov - New minimal set of the spherical bipolar harmonics 0h 31m |
| 39_Ershov.mp4 | 259M | 2025-06-26 : Ershov - New minimal set of the spherical bipolar harmonics 0h 31m |
| 38_Kesharpu_screen.mp4 | 67M | 2025-06-26 : Kesharpu - Confluence of Strong correlation, Quantum materials, and Topology 0h 27m |
| 38_Kesharpu.mp4 | 200M | 2025-06-26 : Kesharpu - Confluence of Strong correlation, Quantum materials, and Topology 0h 27m |
| 37_Lekala_screen.mp4 | 80M | 2025-06-26 : Lekala - Three-dimensional configuration space Faddeev equations: Theory and Applications 0h 31m |
| 37_Lekala.mp4 | 246M | 2025-06-26 : Lekala - Three-dimensional configuration space Faddeev equations: Theory and Applications 0h 31m |
| 36_Adamian_screen.mp4 | 101M | 2025-06-26 : Adamian - The Langevin description of deep-inelastic heavy-ion collisions 0h 32m |
| 36_Adamian.mp4 | 262M | 2025-06-26 : Adamian - The Langevin description of deep-inelastic heavy-ion collisions 0h 32m |
| 35_Rampho_screen.mp4 | 55M | 2025-06-26 : Rampho - Regularized Integrodifferential Equations Approach 0h 32m |
| 35_Rampho.mp4 | 272M | 2025-06-26 : Rampho - Regularized Integrodifferential Equations Approach 0h 32m |
| 34_Tshipi_screen.mp4 | 47M | 2025-06-26 : Tshipi - Approximating the Jost function using artificial neural networks 0h 25m |
| 34_Tshipi.mp4 | 176M | 2025-06-26 : Tshipi - Approximating the Jost function using artificial neural networks 0h 25m |
| 33_Kotikov_screen.mp4 | 81M | 2025-06-25 : Kotikov - Simple model of PDFs and nPDFs 0h 25m |
| 33_Kotikov.mp4 | 178M | 2025-06-25 : Kotikov - Simple model of PDFs and nPDFs 0h 25m |
| 32_Maksimov_screen.mp4 | 94M | 2025-06-25 : Maksimov - Spectrum of frustrated magnets 0h 25m |
| 32_Maksimov.mp4 | 162M | 2025-06-25 : Maksimov - Spectrum of frustrated magnets 0h 25m |
| 31_Deventer_screen.mp4 | 61M | 2025-06-25 : Deventer - Neural Operators and Neural Networks for Physics Applications 0h 20m |
| 31_Deventer.mp4 | 152M | 2025-06-25 : Deventer - Neural Operators and Neural Networks for Physics Applications 0h 20m |
| 30_Nasirov_screen.mp4 | 164M | 2025-06-25 : Nasirov - The entrance channel effect in the reactions of heavy-ion collisions 0h 23m |
| 30_Nasirov.mp4 | 213M | 2025-06-25 : Nasirov - The entrance channel effect in the reactions of heavy-ion collisions 0h 23m |
| 29_Kolomeitsev_screen.mp4 | 196M | 2025-06-25 : Kolomeitsev - Neutron stars as a nuclear physics laboratory 0h 33m |
| 29_Kolomeitsev.mp4 | 277M | 2025-06-25 : Kolomeitsev - Neutron stars as a nuclear physics laboratory 0h 33m |
| 28_Mukeru_screen.mp4 | 115M | 2025-06-25 : Mukeru - Role of the hard-core nucleon-nucleon interactions on the structure of three-body weakly bound systems 0h 34m |
| 28_Mukeru.mp4 | 256M | 2025-06-25 : Mukeru - Role of the hard-core nucleon-nucleon interactions on the structure of three-body weakly bound systems 0h 34m |
| 27_Pillay_screen.mp4 | 112M | 2025-06-25 : Pillay - An Introduction to Solving Differential Equations with Physics-Informed Neural Networks 0h 34m |
| 27_Pillay.mp4 | 275M | 2025-06-25 : Pillay - An Introduction to Solving Differential Equations with Physics-Informed Neural Networks 0h 34m |
| 26_Dzhioev_screen.mp4 | 84M | 2025-06-25 : Dzhioev - Thermal enhancement of nuclear (anti)neutrino emission during pre-supernova stage 0h 29m |
| 26_Dzhioev.mp4 | 239M | 2025-06-25 : Dzhioev - Thermal enhancement of nuclear (anti)neutrino emission during pre-supernova stage 0h 29m |
| 25_Korobov_screen.mp4 | 85M | 2025-06-25 : Korobov - Precision Physics for Fundamental Physics 0h 32m |
| 25_Korobov.mp4 | 281M | 2025-06-25 : Korobov - Precision Physics for Fundamental Physics 0h 32m |
| 24_Gandamipfa_screen.mp4 | 113M | 2025-06-25 : Gandamipfa - Computational study of materials in the department of Physics (University of Limpopo) 0h 26m |
| 24_Gandamipfa.mp4 | 240M | 2025-06-25 : Gandamipfa - Computational study of materials in the department of Physics (University of Limpopo) 0h 26m |
| 23_Shukrinov_screen.mp4 | 171M | 2025-06-25 : Shukrinov - JINR-UNISA collaboration on nonlinear and chaotic phenomena occuring in superconducting electronic and spintronic Josephson structures 0h 28m |
| 23_Shukrinov.mp4 | 283M | 2025-06-25 : Shukrinov - JINR-UNISA collaboration on nonlinear and chaotic phenomena occuring in superconducting electronic and spintronic Josephson structures 0h 28m |
| 22_Sinaisky_screen.mp4 | 119M | 2025-06-24 : Sinaisky - An Introduction to Quantum Computing and Quantum Machine Learning with Quantum Parametric Circuits 0h 34m |
| 22_Sinaisky.mp4 | 241M | 2025-06-24 : Sinaisky - An Introduction to Quantum Computing and Quantum Machine Learning with Quantum Parametric Circuits 0h 34m |
| 21_Samarin_screen.mp4 | 147M | 2025-06-24 : Samarin - Study of spatial structures in α-cluster nuclei by the Feynman Path Integral method 0h 33m |
| 21_Samarin.mp4 | 225M | 2025-06-24 : Samarin - Study of spatial structures in α-cluster nuclei by the Feynman Path Integral method 0h 33m |
| 20_David_screen.mp4 | 101M | 2025-06-24 : David - Quantum Algorithms for the Quantum Simulation of Closed and Open Quantum Systems 0h 34m |
| 20_David.mp4 | 240M | 2025-06-24 : David - Quantum Algorithms for the Quantum Simulation of Closed and Open Quantum Systems 0h 34m |
| 19_Melezhik_screen.mp4 | 56M | 2025-06-24 : Melezhik - Acceleration and twisting of neutral atoms by laser fields 0h 32m |
| 19_Melezhik.mp4 | 236M | 2025-06-24 : Melezhik - Acceleration and twisting of neutral atoms by laser fields 0h 32m |
| 18_Mardyban_screen.mp4 | 96M | 2025-06-24 : Mardyban - Low-energy spectra of nobelium isotopes: scissors mode in 254No 0h 20m |
| 18_Mardyban.mp4 | 159M | 2025-06-24 : Mardyban - Low-energy spectra of nobelium isotopes: scissors mode in 254No 0h 20m |
| 17_Nazmitdinov_screen.mp4 | 93M | 2025-06-24 : Nazmitdinov - Self-organization of charged particles in lateral potentails with high symmetry 0h 29m |
| 17_Nazmitdinov.mp4 | 229M | 2025-06-24 : Nazmitdinov - Self-organization of charged particles in lateral potentails with high symmetry 0h 29m |
| 16_Mafa_screen.mp4 | 145M | 2025-06-24 : Mafa - CFD: A powerful virtual laboratory for fluid dynamics 0h 31m |
| 16_Mafa.mp4 | 258M | 2025-06-24 : Mafa - CFD: A powerful virtual laboratory for fluid dynamics 0h 31m |
| 15_Bednyakov_screen.mp4 | 139M | 2025-06-24 : Bednyakov - Basis invariants in two-higgs-doublet model: Hilbert series, syzygies, and renormalization-group equation 0h 29m |
| 15_Bednyakov.mp4 | 248M | 2025-06-24 : Bednyakov - Basis invariants in two-higgs-doublet model: Hilbert series, syzygies, and renormalization-group equation 0h 29m |
| 14_Shatalov_screen.mp4 | 59M | 2025-06-24 : Shatalov - Method of optimization of empirical interatomic potentials 0h 29m |
| 14_Shatalov.mp4 | 216M | 2025-06-24 : Shatalov - Method of optimization of empirical interatomic potentials 0h 29m |
| 13_Shatalov_screen.mp4 | 48M | 2025-06-24 : Shatalov - A novel approach to parametric evaluation of the Buckingham interatomic potential 0h 30m |
| 13_Shatalov.mp4 | 226M | 2025-06-24 : Shatalov - A novel approach to parametric evaluation of the Buckingham interatomic potential 0h 30m |
| 12_Voskresensky_screen.mp4 | 165M | 2025-06-24 : Voskresensky - Phase diagram of nuclear natter. Collective effects and phase transitions in nuclear systems 0h 26m |
| 12_Voskresensky.mp4 | 218M | 2025-06-24 : Voskresensky - Phase diagram of nuclear natter. Collective effects and phase transitions in nuclear systems 0h 26m |
| 11_Baushev_screen.mp4 | 366M | 2025-06-23 : Baushev - Recent paradoxes of cosmology 0h 37m |
| 11_Baushev.mp4 | 371M | 2025-06-23 : Baushev - Recent paradoxes of cosmology 0h 37m |
| 10_Rakityansky_screen.mp4 | 48M | 2025-06-23 : Rakityansky - New variational method in quantum few-body theory 0h 29m |
| 10_Rakityansky.mp4 | 236M | 2025-06-23 : Rakityansky - New variational method in quantum few-body theory 0h 29m |
| 09_Vaandrager_screen.mp4 | 118M | 2025-06-23 : Vaandrager - R-matrix and Jost function analysis of experimental nuclear scattering data 0h 29m |
| 09_Vaandrager.mp4 | 244M | 2025-06-23 : Vaandrager - R-matrix and Jost function analysis of experimental nuclear scattering data 0h 29m |
| 08_Motovilov_screen.mp4 | 102M | 2025-06-23 : Motovilov - Bounds on variation of eigenvectors and spectral subspaces under a perturbation 0h 29m |
| 08_Motovilov.mp4 | 238M | 2025-06-23 : Motovilov - Bounds on variation of eigenvectors and spectral subspaces under a perturbation 0h 29m |
| 07_Zakharov_screen.mp4 | 119M | 2025-06-23 : Zakharov - At the dawn of research in artificial intelligence and structured programming in physics institute 0h 26m |
| 07_Zakharov.mp4 | 249M | 2025-06-23 : Zakharov - At the dawn of research in artificial intelligence and structured programming in physics institute 0h 26m |
| 06_Kolganova_screen.mp4 | 117M | 2025-06-23 : Kolganova - Small atomic He clusters at low energies 0h 30m |
| 06_Kolganova.mp4 | 251M | 2025-06-23 : Kolganova - Small atomic He clusters at low energies 0h 30m |
| 05_Nesterenko_screen.mp4 | 141M | 2025-06-23 : Nesterenko - Giant resonances in nuclei and their wavelet analysis 0h 32m |
| 05_Nesterenko.mp4 | 234M | 2025-06-23 : Nesterenko - Giant resonances in nuclei and their wavelet analysis 0h 32m |
| 04_Dlamini_screen.mp4 | 34M | 2025-06-23 : Dlamini - Leigh-Strassler theories and their Hopf algebra structure 0h 27m |
| 04_Dlamini.mp4 | 193M | 2025-06-23 : Dlamini - Leigh-Strassler theories and their Hopf algebra structure 0h 27m |
| 03_Teryaev_screen.mp4 | 137M | 2025-06-23 : Teryaev - Polarization, vorticity and shear in hadronic and heavy-ion collisions 0h 31m |
| 03_Teryaev.mp4 | 250M | 2025-06-23 : Teryaev - Polarization, vorticity and shear in hadronic and heavy-ion collisions 0h 31m |
| 02_Antonenko_screen.mp4 | 100M | 2025-06-23 : Antonenko - From Dinuclear System to Close Binary Cosmic Objects 0h 27m |
| 02_Antonenko.mp4 | 211M | 2025-06-23 : Antonenko - From Dinuclear System to Close Binary Cosmic Objects 0h 27m |
| 01_Speakers_screen.mp4 | 42M | 2025-06-23 : Speakers - Opening 0h 9m |
| 01_Speakers.mp4 | 68M | 2025-06-23 : Speakers - Opening 0h 9m |
|
|---|