Overview
A new model has been developed by a team at the Applied Physics Lab to map solar storms. This model is designed to cover a range of 1 million miles around Earth. The objective of this work is to enhance the understanding of the complex science underpinning the prediction of invisible threats that have the potential to cripple electric grid infrastructure on Earth.
Research Context
The research focuses on the prediction of solar storms, which are described as invisible threats. These phenomena can rapidly impact electric grid infrastructure. The context highlights a need to understand the underlying complex science to predict these events effectively.
Approach
The team at the Applied Physics Lab developed a new model. This model is specifically designed to map solar storms. The operational range of this model extends across 1 million miles in the vicinity of Earth.
Potential Applications
The work undertaken by the Applied Physics Lab team aims to assist in understanding the complex science behind predicting solar storms. This predictive capability is relevant for mitigating the impact of these events on electric grid infrastructure on Earth, which can be quickly crippled by such threats.
Research Institution
The research described was conducted by a team at the Applied Physics Lab.