9. The Himalayan Red Lightning Mystery of 2016
A group of mountaineers trying to summit Kangchenjunga, the third-highest mountain in the world, came upon a phenomenon in the summer of 2016 that would astound experts and cause strong arguments among meteorologists. The team saw a continuous show of red lightning as they travelled across the dangerous Yalung Glacier that appeared to defy accepted knowledge of atmospheric electricity.
“For three consecutive nights, we observed red lightning strikes emanating from the peak of Kangchenjunga. Unlike normal lightning, these bolts appeared to travel upward into the sky, disappearing into the thin air above us,” expedition leader Michael Chen wrote in his notebook.
When the team returned, they showed researchers multiple pictures and video clips of the occurrence. Leading atmospheric scientist from the Indian Institute of Tropical Meteorology, Dr. Anita Sharma oversaw the study into this unique occurrence.
According to the research of her team, various elements could have helped the red lightning to develop. The great height, the special geological makeup of the Himalayas, and the abundance of cosmic rays at high altitudes produced a perfect storm of circumstances for this unusual event.
The seeming upward path of the Himalayan red lightning was among its most fascinating features. According to Dr. Sharma’s studies, this could be explained by a recently proposed sort of high-altitude electrical discharge they named “mountain streamers.”
Since then, the Himalayan red lightning mystery of 2016 has taken front stage for study on high-altitude atmospheric electricity. It has inspired curiosity in the possibility of employing high mountains as natural laboratories for investigating upper-atmospheric events and generated fresh ideas regarding the function of cosmic ray in lightning generation.
Apart from giving the mountaineers an amazing view, this event opened new directions of scientific research and challenged our knowledge of the intricate electrical processes taking place in Earth’s atmosphere, so transforming our approach to investigate lightning at very high altitudes.
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