TERAHERTZ RESEARCH
Terahertz research in Pécs is one of our core technology directions. High-field sources, crystal surfaces and ultra-precision machining open up shared development questions.
RESEARCH IN CONTEXT
Connecting a stepped crystal surface with THz source performance. Engineering question: how should local surface quality be specified and inspected?
Read the original source ↗Local machining connected with university THz research. Collaboration with MATRO provides the industrial operating environment.
Read the original source ↗The University of Pécs High-Intensity Terahertz Research Group investigates high-energy ultrashort THz pulses, nonlinear spectroscopy and particle manipulation. The PTE–MATRO ultra-precision centre opened on 15 April 2026. The announcement highlights local fabrication of crystal- and semiconductor-based THz sources.
PTE research group ↗ · Official introduction to the centre (Hungarian) ↗
Krizsán and colleagues’ 2025 Optics Letters paper investigates a lithium niobate THz source with a stepped microstructure. Surface roughness influences source performance through diffraction efficiency and beam divergence. This gives a direct technical reason to develop surface quality and the manufacturing process together. Further improvements modelled in the paper are not results already achieved by us.
How can the intended microstructure be produced in a particular crystal? Which surface characteristics influence its performance? How can geometric measurement be connected with the THz experiment? A targeted sample, documented measurements and research collaboration can help answer these questions.
University of Cambridge research materials describe THz methods for investigating pharmaceutical tablet thickness and porosity, and for measuring automotive paint layers. These examples illustrate the connection between spectroscopy and industrial quality control; they do not establish Ultra-Precision Hungary’s current measurement services.
A 2020 Nature Photonics paper listed in the University of Manchester research database reports a proof-of-principle demonstration of accelerating a relativistic electron beam with THz pulses. It illustrates the research significance of compact accelerator structures.
DESY’s 2024 report presents a THz-driven electron source developed by Shanghai Jiao Tong University, DESY and Universität Hamburg. Such results rely on precisely shaped structures working with suitable THz sources. These international examples are research findings, not claims about our own products or clinical applications.
FILM · YOUTUBE
CONNECTED ENGINEERING
Conceptual illustration of our engineering approach.
THE NEXT STEP
Tell us about its function, material and critical engineering question. Together, we can define a feasibility review or a focused first trial.
