Project description
Immediate, real-time single-shot ultrashort laser pulse characterisation
Scientists often use sample averaging to achieve a more accurate representation of given phenomena. This technique is also often used in the characterisation of ultrashort pulses from advanced lasers. As the pulses get shorter and shorter and the applications increasingly require highly accurate characterisation of the properties of each pulse to control or interpret phenomena of interest, single-shot characterisation techniques are in high demand. They can measure the temporal profile of individual laser pulses without artefacts, enabling a direct link to the outcome of experiments. The EU-funded SISHOT project will progress the technology readiness of its two advanced ultrashort laser pulse characterisation methodologies based on the dispersion scan technique, covering scientific, medical and industrial applications.
Objective
Ultrashort laser pulses are prominent enabling tools in countless advanced applications, ranging from fundamental research to medical and industrial use. However, straightforward characterization of ultrashort laser pulses remains a nontrivial task. The proposed project (acronym: SISHOT) focuses on the development of advanced ultrashort laser pulse characterization based on the dispersion scan (d-scan) technique. We propose two d-scan implementations, named s-shot and d-shot, capable of characterizing ultrashort laser pulses in single-shot operation.
Single-shot characterization techniques are particularly appealing because they can measure the temporal profile of individual laser pulses without artefacts, often originating from averaging. The proposed techniques can directly link the measured pulse parameters to the outcome of experiments for every laser shot as well as give immediate, real-time feedback to the adjustment and optimisation of any ultrashort pulse laser. In comparison to the competitors, our instruments are easier to use and the measurements are more intuitive to interpret.
Within the project, the s-shot will be lifted from TRL4 to TRL7 and the d-shot from TRL7 to TRL9. We have identified the most important markets for ultrashort pulse characterisation. The s-shot will address the important scientific market at the laser wavelength of 800 nm and the d-shot will focus at the wavelength of 1030 nm, which is more relevant to medical and industrial applications.
The project builds on the outcome of the previously funded ERC POC project, SISCAN. It is headed by Cord L. Arnold, assoc. prof. at Lund University in Sweden, and Rosa Romero, CEO of the deep-tech company, Sphere Ultrafast Photonics, located in Porto, Portugal. All team members have been working with the d-scan technology for many years in different collaborations, including two common ERC POC projects. Many of them are co-founders of Sphere and co-inventors of the patents the project builds on.
Fields of science
Programme(s)
- HORIZON.3.1 - The European Innovation Council (EIC) Main Programme
Funding Scheme
HORIZON-AG - HORIZON Action Grant Budget-BasedCoordinator
22100 Lund
Sweden