# Reminiscences

## TL;DR

This paper reflects on a career in solar physics, highlighting advances in understanding solar activity, its triggers, and terrestrial impacts through ground and space observations combined with theory and simulations.

## Contribution

Introduces new research directions in solar physics by integrating observations, theory, and simulations to better understand solar activity and its effects.

## Key findings

- Advances in understanding solar corona heating
- Insights into prominence eruptions and solar eruptions
- Progress in predicting solar activity triggers

## Abstract

I would like to thank Solar Physics colleagues for asking me to write this chapter on my professional life. My main interest has always been focused on the Sun, our star, from the heating of the corona, to the dynamics of prominences and their eruptions, ares and coronal mass ejections until their impact on the Earth. I built a new group in solar physics and gave to them my enthusiasm. They brought to me a lot of satisfaction. We have made important advances in solar physics with a step forward to understand the triggers of solar activity and their terrestrial effects. Our avant-garde research and discovery has opened new topics for the solar community. Mixing observations obtained on the ground and in space with theory and numerical simulations brings a new perspective in research.