Overview
The HiPEQ project, a collaborative effort between industrial and research partners, explored and developed new laser-based methodologies for creating miniaturized and robust beam sources. These beam sources are intended for applications within quantum technology. A specific achievement involved the utilization of lasers for the growth of optical insulator crystals.
Research Context
The HiPEQ project's objective centered on enabling robust, miniaturized beam sources for quantum technology applications. This involved a focus on developing specific laser processes. The project operated from November 2021 to July 2025.
Approach
The consortium, comprising industry and research partners, employed novel laser-based techniques. A key aspect of their approach involved the use of lasers to facilitate the growth of novel optical insulator crystals, which are relevant to the development of beam sources. Fraunhofer ILT in Aachen played a role in this effort by co-developing the required laser processes.
Findings
The HiPEQ project successfully developed new laser-based approaches. These approaches contribute to the enablement of miniaturized and robust beam sources designed for quantum technology. Specifically, the project utilized lasers for the growth of novel optical insulator crystals. Significant progress was achieved during the project's operational period.
Why This Matters
The development of miniaturized, robust beam sources could facilitate advancements in quantum technology. The use of laser-based processes for growing optical insulator crystals represents a specific methodological development in this domain.