বৃহস্পতি গ্রহে প্রায় আলোর গতিসম্পন্ন কণার সন্ধান পেয়েছে নাসা

NASA scientists, using data from the Juno spacecraft, have detected a stream of particles near Jupiter traveling at nearly the speed of light. This discovery offers new insights into the origins and acceleration of high-energy cosmic rays, a mystery that has puzzled researchers for a century. The particles, primarily electrons, were observed in Jupiter's foreshock region, where the planet's powerful magnetic field interacts with the solar wind. Scientists believe the immense bow shock created by this interaction significantly boosts the particles' speed, mimicking processes that generate cosmic rays from events like supernovae.

This finding could help solve the long-standing mystery of where cosmic rays originate and how they achieve such extreme speeds, providing crucial evidence for understanding high-energy phenomena in the universe.