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The study aims to investigate how solar activity affects modern technology, particularly satellite operations and GPS reliability.

May 25, 2026Open Access

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From the Sun to Earth Modern Challenges in Space Technology (Cassiopeia Team)

Key Points

The study aims to investigate how solar activity affects modern technology, particularly satellite operations and GPS reliability.
Presented at the Northeast Astronomy Forum and Space Expo (NEAF) in New York, United States.
Focused on developments in solar physics, space weather, and satellite systems.
Addressed mitigation strategies for technological infrastructure impacted by solar conditions.
Highlighted the significance of solar activity on satellite operations and GPS signals.
Emphasized the need for radiation shielding and radiation-hardened electronics for enhanced system resilience.
Showcased prediction models to improve response to space weather events.

Abstract

The Northeast Astronomy Forum and Space Expo (NEAF) was held in New York, United States. It focused on astronomy, space science, and advanced space technologies, bringing together researchers and specialists to discuss developments in fields such as solar physics, space weather, and satellite systems. Within this context, Cassiopeia Team Egypt participated by presenting a study on the impact of solar activity and space weather on modern technological infrastructure, with particular emphasis on satellite operations and GPS signal reliability. The study also addressed key mitigation strategies, including radiation shielding, radiation-hardened electronics, and space weather prediction models, aiming to improve the resilience and performance of space systems under varying solar conditions

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From the Sun to Earth Modern Challenges in Space Technology (Cassiopeia Team)

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