Despite the people believing that advanced research requires expensive equipment, young Nepalese scientist Nirakar Sapkota has a different say. Sapkota began his research career at St. Xavier’s College in Nepal and has made significant progress in space weather research, inventing unique methodologies that have received international recognition. His study on solar and geomagnetic phenomena has enhanced scientific understanding in Nepal and provided foundations for future research in this critical area.
Space weather, the study of factors in space that impact Earth’s technological systems, proves serious concerns, including severe damage to electrical networks and satellites. Sapkota’s study focuses on these phenomena, such as geomagnetically induced currents (GICs) and variations in cosmic ray intensity. His revolutionary findings, such as how solar storms create rapidly shifting magnetic fields that can cause widespread power outages, have opened the path for creating early warning systems to protect key infrastructure.
Sapkota’s work has an impact far beyond Nepal which impacted space weather studies worldwide. His accomplishments show that, with dedication and inventiveness, even with no expensive equipment, students can have a worldwide effect, regardless of their background. His contributions continue to improve the future of space weather research, giving important methods for protecting our technological systems from the unexpected forces of space.
Researchers from different countries like Germany, and South Africa have used his techniques to increase satellite safety and avoid power disruptions during solar storms. Sapkota’s contributions highlight the value of creativity and analytical abilities in overcoming research hurdles, demonstrating that major scientific progress may be made even with minimal resources
