What makes 'Flickering Gamma-ray Flashes' Flicker?
This project investigates a newly discovered high-energy phenomenon in thunderstorms. The project aims to understand the mechanisms behind Flickering Gamma-ray Flashes (FGFs) and their relationship to other thunderstorm phenomena like Gamma-Ray Glows and Glow Bursts. The research will develop advanced computer models and analyze data from multiple observation platforms to explore the role of relativistic feedback mechanisms and the importance of these processes in thunderstorm dynamics. Structured into five work packages over four years, the project involves international collaboration and aims to produce new insights, high-impact publications, and open-source models for the scientific community. Beyond advancing high-energy atmospheric physics, the project may have broader implications for understanding atmospheric electricity, climate science, and radiocarbon dating.
About the research project
This research builds on recent discoveries from the ALOFT Campaign in July 2023 and seeks to significantly contribute to our understanding of thunderstorms and their effects.
This research proposal is complementary to two ongoing projects:
- Project 325582 led by M. Marisaldi
- Project 335162 led by N. Lehtinen
People
Project manager
David Alexandre Stephan Sarria Researcher
Project members
Nikolai Grigorievich Lehtinen Researcher
Andrey Mezentsev Researcher
Martino Marisaldi Professor
Sebastien Celestin Professor, University of Orleans
Melody Pallu Postdoctoral Fellow, University of Paris Diderot