New Trends in High-Energy Physics 2025 (Dedicated to the memory of Prof. László Jenkovszky)

Session

Applied / Plasma / Instrumentation

Sep 17, 2025, 4:10 PM

61. Laser-Induced Breakdown Spectroscopy Plasmas as a Testbed for Non-Equilibrium Plasma Modeling in High-Energy Physics Applications

Nugzar Gomidze (Batumi Shota Rustaveli State University)

9/17/25, 4:10 PM

Laser-Induced Breakdown Spectroscopy (LIBS) provides a powerful platform for elemental analysis; however, the accuracy of quantitative results is often limited by the non-uniform and temporally unstable behavior of laser-induced plasmas (LIP). In particular, ionization–recombination dynamics strongly influence emission spectra and require models that incorporate both deterministic evolution...

48. Boundary value solution of viscous liquid flow in carbon nanotubes for application in spintronics

Tamar Berberashvili (Georgian Technical University)

9/17/25, 4:45 PM

Spin Polarization in Carbon Nanotubes (CNTs) is an advanced topic at the intersection of nanotechnology, quantum physics, and spintronics. It refers to the imbalance in the population of spin-up and spin-down electrons in a system. In spintronic devices, this property is used to encode information using electron spin, instead of or in addition to charge. CNTs are ideal for spintronics: because...

26. HELICALLY WOUND SUPERCONDUCTING CABLE PRODUCTION SYSTEM

Dr Yasin Karan (Recep Tayyip Erdoğan University)

9/17/25, 5:10 PM

This study presents an advanced production system for helically wound superconducting cables based on Conductor on Round Core (CORC) technology. The developed system addresses critical challenges in high-current applications (such as power transmission, fusion reactors, and space technologies) by combining modular design with precision engineering solutions. In particular, it is directly...

36. Magneto-optical properties in the transparency range of implanted Ferrite-Garnet thin films

Lali Kalandadze (Batumi Shota Rustaveli State University)

9/17/25, 5:35 PM

Ferrite-Garnet thin films exhibit peculiar magneto-optical properties, which make them highly relevant for both fundamental research and advanced technological applications in optics, magnetism, electronics, spintronics, and photonics. In this perspective, the practical importance is given to the magneto-optical properties of ion-implanted ferrite-garnet films, as ion implantation weakens...