• Optical, electrical, and gas sensing properties of ZnO dielectric films on black silicon substrates 

  AYVAZYAN, G.; KHUDAVERDYAN, S.; LAKHOYAN, L.; VASEASHTA, A. (Technical University of Moldova, 2026)

  This work reports a detailed study of the optical, electrical, and gas sensing properties of ZnO dielectric films deposited on black silicon (b-Si) substrates. The b-Si surface was fabricated using reactive ion etching ...
• Structural, photocatalytic, and dielectric properties of glass-ceramics 

  ASSAMADI, Chaima; EL MASLOUMI, Mohamed; EL ABIAD, Abdelaziz; AOUAD, Hakima (Technical University of Moldova, 2026)

  Glass-ceramic materials have attracted significant interest due to their tunable structure and multifunctional properties, making them suitable for advanced technological applications. In this study, glass-ceramics were ...
• Dielectric Nanoparticles for EMI shielding applications 

  RAJI, M. (Technical University of Moldova, 2026)

  The rapid growth of electronic devices, wireless communication systems, and high-frequency technologies has significantly increased electromagnetic radiation in modern environments, leading to serious electromagnetic ...
• Quantitative phase imaging by all-fiber polarized digital holographic microscopy 

  CAZAC, Veronica; LOSMANSCHII, Constantin; BOTNARI, Vladislav; ABASHKIN, Vladimir; ACHIMOVA, Elena (Technical University of Moldova, 2026)

  In this work, we present an optical fiber-based polarized digital holographic microscopy system designed to improve interferometric stability and measurement precision. The proposed architecture integrates monomode optical ...
• Electrochemical and morphological characterization of gold nanostructures on GaAs 

  MONAICO, E. I.; MONAICO, E. V. (Technical University of Moldova, 2026)

  Previous studies have demonstrated that electrochemical nanostructuring of GaAs allows the fabrication of porous structures and nanowires, providing suitable platforms for the deposition of metal nanostructures¹-³. In the ...
• Charge carrier and optical properties of porphyrin supported onto multi-walled carbon nanotubes 

  BAJJOU, O.; AL-HATTAB, M.; NAJIM, A.; LACHTIOUI, Y.; RAHMANI, K. (Technical University of Moldova, 2026)

  In this work, we outline the processes of energy transfer and photoinduced electrons that can take place within a composite made of a porphyrin molecule and carbon nanotubes MWNTCs. In this study we discussed the structural, ...
• Phonon-plasmonic bipolaronic superconductivity in the FeSe/SrTiO3 quantum structure 

  BERIL, S. I.; STARCHUK, A. S. (Technical University of Moldova, 2026)

  The bipolaron mechanism of experimentally observed high-temperature superconductivity (HTSC) in FeSe monolayers on massive SrTiO3 substrates [1] has been theoretically investigated, based on the exact Hamiltonian of the ...
• Chalcogenide glasses: structural properties and applications in photonics 

  STRONSKI, A. (Technical University of Moldova, 2026)

  Due to their unique properties such as high IR transparency, numerous photoinduced effects, high non-linear optical properties, etc., chalcogenide glasses (CG) are perspective materials for various applications in the ...
• Tailoring dc-tunability properties of functionally graded ceramics by core-shell approach 

  CURECHERIU, Lavinia; POSTOLACHE, Petronel; MAZILU, Larisa; STOIAN, George; BUSCAGLIA, Maria Teresa (Technical University of Moldova, 2026)

  The nanoscale coating of small particles with materials with different compositions, results in the formation of core-shell structures, is a relatively new and active area of research. The coating changes both the interaction ...
• Silicon nitride ceramic substrates for chip substrate applications 

  BALÁZSI, Csaba; BALÁZSI, Katalin (Technical University of Moldova, 2026)

  The lecture will give a comprehensive view on innovative developments made in the field of nanocarbons e.g. carbon black, carbon nanotubes (CNTs), graphene added ceramics highlighting the key issues related to integration ...
• Nanocluster-driven topology as a unifying parameter of physical properties in chalcogenide glasses 

  MITSA, V.; HOLOMB, R.; VERES, M. (Technical University of Moldova, 2026)

  Amorphous chalcogenide glasses exhibit a wide spectrum of anomalous physical properties, including nonlinear optical response, the boson peak in the low-frequency spectra, non-Debye low-temperature thermal conductivity, ...
• High-throughput machine learning-guided exploration of chalcogenide materials for resistive switching devices 

  BELCIU, M. I.; SIMANDAN, I. D.; SAVA, F.; MIHAI, C.; VELEA, A. (Technical University of Moldova, 2026)

  Chalcogenide glasses have emerged as promising candidates for neuromorphic computing and resistive switching memory devices due to their unique electronic properties and structural flexibility. However, traditional materials ...
• Dielectric properties of zirconium oxide containing barium titanate glass-ceramics 

  HARIZANOVA, R.; KRUMOVA, K.; TAKOV, P.; AVDEEV, G.; MIHAILOVA, I.; TASHEVA, Tina; PETKOV, P.; RÜSSEL, C. (Technical University of Moldova, 2026)

  The preparation of oxide glasses with high concentration of alkaline and alkaline earth oxides is of both theoretical and practical importance. The obtained materials can subsequently be thermally treated and thus, new ...
• Electrospun piezoelectric nanofibers for tissue engineering applications 

  KARAGÜLLE, N.; VASEASHTA, A. (Technical University of Moldova, 2026)

  The aim of tissue engineering is to combine cells, scaffolds and growth factors in order to repair, regenerate or replace damaged tissues and organs. Recent advances in biomaterials research have led to the development of ...
• Advanced functional materials for environmental protection and electrochemical sensing 

  IDOUHLI, R.; ZAKIR, O.; KHADIRI, M.; DIKICI, B.; ABOUELFIDA, A. (Technical University of Moldova, 2026)

  Advanced functional materials play a crucial role in addressing contemporary challenges in environmental protection, energy conversion, and chemical sensing. This presentation highlights recent advances in the synthesis ...
• Emerging chalcogenides for sustainable energy and environmental applications 

  GALCA, Aurelian Catalin (Technical University of Moldova, 2026)

  Copper–zinc–tin–sulfide (Cu2ZnSnS4, CZTS) kesterites a promising earth-abundant and non-toxic absorber for next-generation thin-film photovoltaics. However, sulfur-based CZTS solar cells remain limited in performance, ...
• Tailoring the surface topology, wettability, and optical bandgap of metal oxide films by means of tuning their compositions and technological conditions in spray pyrolysis 

  URSAKI, V.; MORARI, V. (Technical University of Moldova, 2026)

  Oxide thin films with large band gaps offer a wealth of potential applications across various technological fields in energy, electronics, optoelectronics, and environmental technologies, due to their combination of unique ...
• Plantar pressure measurement using sol–gel composite piezoelectric film sensors for prosthetic and orthotic fabrication 

  ODAGAWA, H.; KOBAYASHI, M.; TOKUDA, K. (Technical University of Moldova, 2026)

  In the field of prosthetics and orthotics, pressure measurement is performed to evaluate the physical condition of users and to verify the effectiveness of fabricated devices. In particular, in order to prevent discomfort ...
• Lead-free oxides for electrial energy storage 

  PALANI, P.; FASQUELLE, D.; TACHAFINE, A. (Technical University of Moldova, 2026)

  This work is part of ongoing international research into electrical energy storage, often referred to as the “missing link” of the energy transition. Indeed, as global electricity production is mainly based on fossil fuels ...
• Carbon nanomaterials as dielectric-active interfaces 

  MASER, W. K.; BENITO, A. M. (Technical University of Moldova, 2026)

  Carbon nanomaterials have emerged as highly versatile interface components in electronic and photoelectrochemical (PEC) devices, where their role extends well beyond electrical conductivity. In this contribution, we show ...

View more