Programme

Center for Physical Sciences and Technology (FTMC)
Saulėtekio av. 3, Vilnius, Lithuania

Main hall near A101

5 October, 2022, 18:15-19:00

Pre-final version (under revision).

Section 1: Semiconductor nanostructures and advanced photonics systems

S1-P1 – Arnas Pukinskas – Bi-Quantum Dots Formation in-situ in MBE Reactor

S1-P2 – Justinas Jorudas – Comparison of InAlGaN and AlGaN HEMT structures

S1-P3 – Monika Jokubauskaitė – Influence of the design of parabolic AlGaAs barriers on the optical properties of GaAsBi quantum wells

S1-P4 – Algimantas Lukša – Intentional modification of nanocrystalline graphene coatings by thermal annealing

S1-P5 – Martynas Skapas – Transmission electron microscopy of Hybrid graphene-lanthanum perovskite structures

S1-P6 – Ezgi Abacioglu – Structural, optical, and mechanical properties of silicon nitride films deposited by inductively coupled plasma enhanced chemical vapor deposition

S1-P7 – Linas Ardaravičius – High-field electron transport measurements in (Be,Zn)MgO/ZnO heterostructures

Section 2: Materials for optoelectronics. Quantum optics

S2-P1 – Darius Urbonis – Double Fano resonance in broken symmetry split-ring resonator array metasurface

S2-P2 – Justina Žemgulytė – Compact rectennas for energy harvesting using SSAIL technique

S2-P3 – Jerzy Lusakowski – Optically detected cyclotron resonance in CdTe-based quantum wells

S2-P4 – Karolis Redeckas – Quantum well infrared photodetector operating at room temperature

S2-P5 – Žygimantas Vosylius – Radiometric imaging and pulsed X-ray-based studies of light collection from scintillating crystals

S2-P6 – Jose Javier Fernandez-Pacheto Cuesta – Study of thermo-refractive noise in solid-state dual frequency micro-lasers

S2-P7 – Vytautas Janonis – Optimization of Coherent Thermal Emission from Circular Shape n-GaN Surface Relief Gratings

Section 3: Ultrafast and THz phenomena. THz technologies

S3-P1 – Dominykas Sanda – Application of terahertz time-domain spectroscopy in the study of air components and vapors of organic compounds

S3-P2 – Alexander Chernyadiev – Investigation of sensitivity limits of a near-field THz sensor based on a Si CMOS technology

S3-P3 – Himanshu Gohil – Development of an integrated Schottky based heterodyne THz receiver at 300 GHz using power combining approach.

S3-P4 – Javier Martinez Gil – 270-320 GHz Low Barrier Schottky Diode Mixer

S3-P5 – Mateusz Kaluza – 3D printed THz MIMO diffractive structures

S3-P6 – Mateusz Surma – THz achromatic lens from 3D printing materials

S3-P7 – Ashish Kumar – Cost-effective high pass filter for dielectric rod waveguides

S3-P8 – Abdu Subahahan Mohammed – Low Loss Topological Silicon Valley Photonic Crystal waveguides in Terahertz regime

S3-P9 – Yilmaz Ucar – Cascaded wideband RoF links with LWA for enabling mobile 5G base stations

S3-P10 – Jonas Tebart – Exploiting 3D metal printing for additive manufacturing of waveguide and antenna structures for THz-applications

S3-P11 – Fasil Bashir Wani – Metamaterial based Antenna integrated UTC-PD array for THz communications in 270-330 GHz band

Section 4: Organic materials for optoelectronics. Nano and Biophotonics

S4-P1 – Muhammad Mujahid – Triple cation perovskite/silicon tandem solar cell

S4-P2 – Oleg Kiprijanovic – Strong inverse piezoelectric response in graphene – dielectric structures induced by nanosecond electric pulse

S4-P3 – Ihor Zharchenko – Low and high photon energy induced photoresponse in single junction solar cells

S4-P4 – Yaraslau Padrez – Collagen orientation index determination in wide-field SHG microscopic images of lung tissue

S4-P5 – Šarūnas Mickus – Investigation of surface modification of polycarbonate by picosecond Nd:YVO4 laser pulses for selective chemical copper deposition 

S4-P6 – Karolis Adomavičius – In vivo imaging of human retina with Fourier-Domain Full-Field Optical Coherence Tomography and a Multimode Fiber for Coherence Noise Reduction

S4-P7 – Faustino Wahaia – Characterization of Metal-Orga nic6Frameworks (MOFs) Using THz Techiniques