Comet ATLAS (C/2025 K1) which was discovered in May of this year, has broken apart in 3 or 4 different fragments. Scientists and experts are studying the composition of the comet along with the elements but not questioning why this comet broke apart randomly.
Space elements like these would have not be part of any geophysical events however going back to my research a few years ago, this comet came out of the OORT cloud however, I missed important key elements of this comet that is related to major geophysical events here on Earth. To Understand what is going on, one must understand what is the OORT Cloud.
Most of the comets we see comes from this OORT Cloud that is actually part of our solar system. This is where the local bubble comes into play.
Our solar system entered this bubble which has low density particles. Experts do not know exactly when we got into this bubble but they do know our solar system is leaving this bubble and entering another section of our Milky Way with high energetic particles.
Our OORT cloud already interacted with this G-Cloud which resulted in many of the comets we seen. From the solar data, it appears that higher energetic particles are already just ahead of our sun indicating our solar system is either halfway in this high-energetic cloud or at least of a quarter of the way in.
This is important to know that with a combination of solar particles, higher counts of galactic particles can create unique effects on planets and asteroids. The composition of C/2025 K1 is the result of this high energy including the pulling of gravity leaving traces on the asteroids. Now you may know why experts are curious about 31 Atlas.
It is important to understand the more we carry-on to this energetic part of space, it can and will produce chemical reactions to our star and even our planet. More research is needed as our instruments are unable to obtain much of these data points and the data that is collected is being censored from governments.
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