NASA & IBM Unveil “Surya,” First AI Foundation Model to Revolutionize Solar Flare Forecasting
TNT News Desk | In a groundbreaking advancement for heliophysics, NASA and IBM have jointly unveiled “Surya,” the world’s first AI foundation model specifically designed to predict solar flares and space weather events. This cutting-edge model, made available as an open-source resource on the Hugging Face platform, promises to transform how we forecast solar activity that can impact Earth and space operations.
Surya was meticulously trained on nine years of high-resolution solar data, enabling it to deliver solar flare predictions with an accuracy improvement of approximately 16% compared to previous methods. What sets Surya apart is its ability to provide forecasts up to two hours in advance, offering critical lead time to mitigate the effects of disruptive solar storms.
Juan Bernabe-Moreno, an AI research scientist at IBM, described Surya as a “weather forecast for space,” emphasizing its crucial role in protecting sensitive technology. “By forecasting solar flares more accurately and earlier, we can better safeguard satellites, electrical power grids, and astronauts from the damaging impacts of solar storms,” he said.
NASA’s Chief of Science Data praised the collaboration, noting how embedding NASA’s extensive solar expertise into AI models like Surya combines unprecedented speed with precision. This synergy allows scientists to understand and respond to solar phenomena more effectively than ever before.
Solar flares and related space weather events pose significant risks, including communication disruptions, satellite damage, and power outages. By harnessing artificial intelligence through Surya, researchers and industry stakeholders gain a vital tool to anticipate and prepare for these natural hazards.
The open-source nature of Surya invites global scientific collaboration, accelerating advancements in solar physics and its practical applications. As humanity’s reliance on space-based technology grows, Surya stands as a major milestone in ensuring resilience against the unpredictable forces of the Sun.
The choice of the name “Surya” for NASA and IBM’s AI model dedicated to heliophysics is likely a deliberate nod to the rich Indian tradition, particularly as recorded in the ancient Vedic Shastras, contains remarkably accurate and sophisticated knowledge of astronomy, which was deeply intertwined with astrology and other sciences in a holistic worldview. One of the most important texts is the Surya Siddhanta, a classical Sanskrit treatise on astronomy likely composed around 800 CE (or earlier), based on even older traditions. It lays out mathematical models for calculating the motions of the sun, moon, and planets with reasonable accuracy for its time. It provides detailed rules to predict eclipses, planetary conjunctions, and positions, rooted in a geocentric model but surprisingly precise in many respects. “Surya” is the Sanskrit word for the Sun and holds deep symbolic significance in Indian mythology and science, representing energy, light, and life.
