Verbundprojekt: Anwendung von lasergetriebenen Röntgenquellen in Produktionsüberwachung und Analytik – Teilvorhaben: Langzeitstabile Hochleistungs­lasersysteme basierend auf Multikernfasern

Verbundprojekt: Industrielle Ultrakurzpulslaser als Grundlage für die industrielle Anwendung von Laser-Plasma Elektronen­beschleunigern – Teilvorhaben: Technologien zur Kontrast­verbesserung bei der nicht linearen Pulskompression

The technology of coherent combining ultrashort laser pulses will be developed into a state allowing to use it for commercial available laser systems. The focus lies on reliability, compactness and long-term stability. The final goal is to offer ytterbium-based laser systems with unprecedented power levels but an usability that does not differ from their single-emitter counterparts

Today, AFS’s fiber laser systems are able to generate highest power levels and address therewith a plethora of applications. However, so far these systems are all ytterbium-based and emit around 1030nm central wavelength. Our goal within Nukleus is to expand the available parameter space to the 2µm-wavlength range by using thulium-doped fibers

Ultrafast modulation of high-power continuous-wave laser systems.

Ultrafast laser with flexible, high repetition-rate pulse structure to increase production efficiency in highly innovative processing methods.

Development of a dual-fiberlaser system for imaging and ablation

Waveguiding and pulse-compression in novel hollow-core-fibers

Development of ultrafast and compact 2-µm- lasr systems for materials processing

Joint project: laser sources and laser optics for the generation of EUV radiation (sub-project: 2-µm high-average-power laser sources for high-harmonic generation)

The CRIMSON project aims to develop a laser-based coherent Raman scattering microscope. Three research centers (Politenico di Milano, Leibniz Institute of Photonic Technology, and Centre National de la Recherche Scientifique) will develop the technology. Three biomedical partners (Istituto Nazionale Tumori, Institut National de la Santé et de la Recherche Médicale, and Jena University Hospital) will validate the system on open biological questions related to cancer, as paradigmatic examples of the complexity and heterogeneity of cellular diseases.

Zuwendung aus dem Bundeshaushalt, Einzelplan 30, Kapitel 04, Titel 68325, Haushaltsjahr 2021, The project is sponsored by BMBF no 13N15881 (VDI).

EUV laser sources based on multipass cells for industry, research and life sciences (sub-project: Multipass-cell-based pulse compresssion and EUV laser sources for industrial applications)

Verbundprojekt: Neue Generation von ultraschnellen Hochleistungs-Femtosekunden-Faserlasersystemen; Teilprojekt: Ultrabreitbandiges Hochleistungs-Faserlasersystem

KMU-innovativ-Verbundprojekt: Parallelisierte Verstärker höchster Integration; PINT Teilvorhaben: Kompakte Hochleistungs-Ultrakurzpulslaser basierend auf neuartigen Mehrkernfasern

RUBIN-QUANTIFISENS – TP3: Laserquellen für die Quantenmikroskopie (Ultraquant)

RUBIN-UKPiño – VP1: 2µm-Technologie; TP1.1: 2µm-Laserquellen für Medizin, Industrie und Spektroskopie

Project: 101046651 MIMOSA – 4D Microscopy of biological materials by short pulse terahertz sources

Beiträge für eine Normentwurfsvorlage im Hinblick auf die Erzeugung unerwünschter Röntgenstrahlung bei der Ultrakurzpuls-Materialbearbeitung

Verbundprojekt: Kohärente extrem ultraviolette Strahlquellen für die Analytik und Messtechnik (EXSAM) – Teilvorhaben: Faserlaserbasierte langzeitstabile kohärente EUV-Quellen (FALUV)