Explore our latest research and findings.
This study explores groundbreaking methods for capturing and utilizing thunder energy as a renewable resource. Our findings indicate significant potential for this energy source to complement traditional wind and solar power.
Over the past two decades, our team has analyzed storm patterns to understand their relationship with climate change. The data reveals critical insights into the increasing frequency and intensity of storms worldwide.
This research delves into the dynamics of electric fields during severe weather events. Our findings provide new perspectives on lightning formation and potential predictive models for storm severity.
The latest advancements in thunderstorm detection technologies are covered in this report. Innovations in radar and satellite systems are enhancing our ability to predict and respond to severe weather events.
This study examines the impact of thunderstorms on urban infrastructure, focusing on structural resilience and the effectiveness of current safety protocols. Recommendations for improved urban planning are included.
Our research investigates the role of thunderstorms in atmospheric chemistry, particularly their influence on ozone and nitrogen oxide levels. The findings highlight the complex interactions between weather and air quality.