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Hotshots original website8/29/2023 ![]() (or Santa test driving a new sleigh, which is our preferred alternate reality)? Well, if it was near So now we will address the question that everyone is thinking: why couldn't this.This new one appears in multiple imagesĪnd in both cameras, making it quite unique. In just one ~25-second exposure in one of the LASCO camera. Though in these examples it's a single fast-moving particle that is captured Of years, you have very probably seen a number of examples of wavy particle trajectories. Indeed, if you've been watching SOHO for a number Most certainly get attracted on a curved trajectory. Any oppositely charged dust mote coming nearby would Well in our situation because we expect the SOHO spacecraft will indeed have a net charge andĪ small but non-negligible field around it. aįorce acting on a charged particle (static electricity, effectively). ![]() Repellant force that realistically could create that curve is the Lorentz force, i.e. Laws of physics simply would not support that at all because of how far away it would have to beĪnd how bright it is (more on this below). The curvature of the object's trajectory tells us that it cannot be close to the Sun - the.We know for a fact that there was debris in SOHO's vicinity when we recorded the "moving blob" images. The upper-left that aligns very closely with the first appearance of our mysterious object. To this object? Well if we look at the image that SOHO recorded immediately before the featureĪppeared, we see there was indeed a small debris shower. These eventsĪre quite harmless to SOHO, but the resulting debris can be quite sparkly. Likely they are hitting the very fragile thermal insulation blanket around SOHO. Micrometeorites hitting some part of the spacecraft and throwing up a puff of debris. SOHO quite routinely sees what we call "debris" images.įrom 2020 in which we see multiple dust streaks across the image.Have several pieces of evidence that point to a clear (albeit somewhat unexciting) answer: So naturally this led to an influx of questions from curious SOHO fans. SOHO has seen literally thousands of comets, some of which do indeedįollow a curved trajectory, but not over such short timescales and with such a dramatic curve. ![]() ![]() What is most notable here, as pointed out by many, is the way in which it seemingly rapidly The LASCO C3 view on from 06:18 through 08:30UT. In the images below, is the "object" in question. Never quite seen something like this, despite having seen it many, many times. In fact, in 27 years of operations SOHO has Having seen and discovered many comets in the SOHO data, Zesheng knew immediately that Reported coordinates of an unusual object in the LASCO C2 and C3 fields of view. On December 20, 2022, Sungrazer Project citizen scientist Zesheng Yang ![]()
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