The workshop brought together international experts in solar, cosmic-ray, magnetospheric, and atmospheric physics, addressing the overarching goal of enhancing our understanding of the impact of changes in the geomagnetic field on Earth’s climate.
The workshop was structured around three pivotal sections:
- Theoretical Overview: Providing a comprehensive theoretical understanding of the processes affected by changes in the geomagnetic field and their potential atmospheric consequences.
- High-Performance Computing Resources: Exploring the introduction of high-performance computing resources for simulations and discussing potential global models to investigate the combined impact of geomagnetic field changes, extreme solar storms, and solar variability on Earth’s atmosphere and climate.
- Utilizing Real Data: Emphasizing the significance of using real data for model verification and successful modeling, fostering discussions on aligning and coordinating research efforts.
The collaborative environment established during the workshop, with expert review presentations and roundtable discussions, contributed significantly to the development of models and methodologies for investigating the intricate interplay between changes in the geomagnetic field and Earth’s climate.
The grant provided by SCOSTEP/PRESTO Grant 2024 played a pivotal role in making this workshop a success. It enabled the seamless organization of the event, including the arrangement of expert presentations, roundtable discussions, and the utilization of high-performance computing resources.
The insights gained during the workshop are expected to make a substantial contribution to the advancement of knowledge in solar, cosmic-ray, magnetospheric, and atmospheric physics.