Stages and activities of the project

Stage I. Theoretical study of the models describing the laser-plasma interaction and harmonics generation

(16.10.2020 – 31.12.2020)

A.I:1. Study of the plasma mirror model for HHG and plasma dynamics, numerical programming in COMSOL and MATLAB

A.I.2. Project management

Stage II. Numerical simulations and experiments on HHG and generating-plasma dynamics

(1.01.2021 – 31.12.2021)

A.II.1. Numerical simulations on HHG and plasma dynamics

A.II.2. Experiments on efficiency of HHG on solid and gas targets

A.II.3. Project management and disemination of results

Stage III. Experimental study on properties of harmonics and their influence on characteristics of comercial optical fibres used near the target

(1.01.2022 – 31.12.2022)

A.III.1. Experimental study on properties of harmonics in relation to properties of driving laser in focus for laser diagnosis

A.III.2. Determination of main characteristics of optical fibres used near the target when exposed to UV, X and gamma radiation

A.II.I3. Project management and disemination of results

Stage IV. Spectroscopic analysis of the laser produced plasma in relation to the generated harmonics properties for plasma diagnosis

(1.01.2023- 15.10.2023)

A.IV.1. Spectroscopic study on the properties of the generating plasmas as a function of laser properties

A.IV.2. Experimental study on properties of harmonics in relation to properties of generating plasma for plasma diagnosis

A.IV.3. Project management and disemination of results