Published May 23, 2026 | Version Cassiopeia Team Egypt
Conference paper Open

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

Authors/Creators

  • 1. Founder&CEO of Cassiopeia Team
  • 2. Member at Cassiopeia Team Egypt

Contributors

Rights holder:

Description

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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Software

Repository URL
https://ntrs.nasa.gov
Development Status
Active

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Scientific name authorship
Cassiopeia Team Egypt

References

  • [1] NASA, "What is Solar Activity?", NASA Science, 2025. [2] European Space Agency (ESA), "Solar Radiation and Space Environment," ESA Publications, 2024. [3] NOAA Space Weather Prediction Center, "Space Weather Impacts on Technology," NOAA, 2025. [4] Miteva, R., Samwel, S. W., & Tkatchova, S., "Space Weather Effects on Satellites," Astronomy, vol. 2, no. 3, 2023. [5] NASA EarthData, "Earth's Atmosphere and Solar Radiation," NASA, 2026. [6] Lin, D. et al., "Thermospheric Neutral Density Variation During the SpaceX Storm," Space Weather Journal, vol. 20, 2022. [7] World Health Organization (WHO), "Ultraviolet Radiation and Health Effects," WHO Scientific Report, 2024. [8] Tripathi, R. K., Electrostatic Active Radiation Shielding for Deep Space Missions, NASA Langley Research Center. [9] Kotowski, K. et al., "Satellite Telemetry Anomaly Detection Using Deep Learning," European Space Agency Research Publications, 2024. [10] Barzilla, J. E. et al., "Forecasting Solar Proton Events and Coronal Mass Ejections," NASA Space Radiation Analysis Group, 2023