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TeraHertz Project |  Innovative Terahertz Radiation Control Technologies

Beneficiaries

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Project Beneficiaries

The TeraHertz project is supported by a diverse consortium of leading academic institutions and innovative industrial partners from Ukraine, Poland, and France. This international network is strategically composed to ensure the successful development of next-generation materials and technologies for terahertz (THz) radiation control. Each partner brings domain-specific expertise, state-of-the-art infrastructure, and a shared commitment to scientific excellence, training, and innovation.

Lviv Polytechnic National University (LPNU)

LPNU is one of the oldest and largest technical universities in Eastern Europe, with a strong tradition in materials science, optics, and engineering. The university coordinates the TeraHertz project and contributes through its Center of Excellence for Innovative Technologies and NanoEngineering. The center hosts advanced facilities for optical, electro-, piezo-, and acousto-optic investigations, interferometry, and refractive index measurements. LPNU has decades of experience in leading EU-funded projects, facilitating international research collaboration, and developing high-performance optical components.

Website: https://lpnu.ua/

Warsaw University of Technology (WUT)

WUT is Poland’s top-ranked technical university and a pioneer in sub-terahertz technology. Its Antennas and sub-THz Technologies Research Group is internationally recognized for innovations in antenna design, quasi-optical systems, and THz wave applications. The group’s research infrastructure includes a four-port PNA-X vector network analyzer with frequency extenders up to 500 GHz, a 3 THz time-domain spectroscopy system, and anechoic chambers with precision scanning systems. WUT plays a key role in THz material characterization and prototype testing.

Website: https://pw.edu.pl/

Scientific Research Company “Electron-Carat” (CARAT)

SRC “Carat” is a leading industrial research organization with deep expertise in crystal growth, semiconductor technologies, and nanocomposites. The company operates a unique laboratory-production complex equipped with Czochralski crystal growth machines and MOCVD systems capable of fabricating high-quality dielectric and semiconductor crystals. Carat also provides facilities for thin-film deposition, liquid-phase epitaxy, and advanced testing using high-precision instruments from global manufacturers. It serves as a crucial industrial partner, developing materials for THz device applications.

Website: http://carat.electron.ua/

University of Angers (UA)

The University of Angers (UA) is a leading French institution renowned for its excellence in a wide range of research areas, including nonlinear optics, photonics applications, life sciences, physical sciences and engineering, mathematical and computer sciences, environmental research, as well as social sciences and humanities. Within UA, the Photonics Laboratory of Angers (LPhiA) is internationally recognized for its strong expertise in optics, molecular photonics, materials science, and spectroscopy. Among its research groups, the “Innovative and Functionalized Materials for Optoelectronics Applications” team focuses on the design and development of advanced materials for optoelectronic devices. The team leverages nonlinear optics (NLO) not only as a functional application area but also as a sensitive probe for diagnosing material properties, particularly in contexts related to molecular photonics, safety and security. The group is widely acknowledged for its expertise in Nonlinear optical characterization across the terahertz and visible spectral ranges, Combined experimental and theoretical investigations of photonic and optoelectronic materials and photo-induced surface structuring, The laboratory is equipped with a comprehensive suite of advanced facilities such as  sophisticated and ultrafast pulsed lasers and advanced instrumentation. Particularly involved group provide second- and third-harmonic generation (SHG, THG), Z-scan, degenerate four-wave mixing (DFWM), and systems for fabricating surface-relief gratings in thin films. By integrating sophisticated experimental approaches with theoretical modeling, the team actively contributes to the development of next-generation photonic materials and devices, addressing challenges in optoelectronics, information and communication technologies, and energy conversion.

Website: https://www.univ-angers.fr/

Website of LphiA Laboratory: http://www.lphia.fr/index.php/en/

Czestochowa University of Technology (PCz)

PCz is one of Poland’s most active research universities in the fields of optoelectronics, quantum materials, and nanostructures. Through its Laboratory of Optoelectronics, PCz investigates electro-, acousto-, and nonlinear optical effects in both organic and inorganic systems. The lab is equipped with lasers, photo-elastic modulators, dielectric spectrometers, and facilities for temperature-controlled studies. The university has an extensive record of participation in EU and bilateral research initiatives, making it a reliable partner in experimental and theoretical materials science.

Website: https://pcz.pl/

Private Enterprise Softpartners (SPC)

Softpartners is an R&D-driven software company specializing in scientific computing, materials modeling, and lab automation. With over 15 years of experience, the company provides customized software for 3D spatial anisotropy analysis in crystalline materials and the simulation of quasi-optical effects. Its development teams operate from fully equipped offices with high-performance computing setups. In the TeraHertz project, Softpartners is responsible for simulation tools and the integration of modeling techniques into the design process of THz components.

Website: https://www.softpartners.com.ua/

ENERGIA OZE Ltd. (ENOZE)

ENOZE is a private SME focused on renewable energy systems, electrical engineering, and advanced measurement technologies. The company combines industrial know-how in photovoltaics and hybrid systems with innovative R&D in optoelectronics and THz materials. ENOZE leads the commercialization and product deployment activities within the project, helping bridge the gap between lab-scale innovation and market application. It operates independent laboratories and collaborates extensively with academic and industrial stakeholders across Europe.

Website: https://odnawialnaenergia.pl/

Funded by the European Union under the Horizon Europe TeraHertz project (Grant Agreement 101086493). Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them.

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