oh, my gosh! that is so weird. what the [ mute ]. do you see it like fogging? i don t believe that s real. i just frankly do not believe that s real. i think he had a hidden water bottle, some yellow colored water. i m no expert on how urine behaves in extreme cold. in the video there, there was some snowy fog. but a lot of liquids seemed to hit the ground. so we turned to who else a particle physics professor at columbia university. professor ryan cole explains that when hot water is thrown, the fog results from water that has evaporated freezing the air. not all of the water evaporates. much of it reaches the ground because the larger drops take much long for freeze. he could conclude that the same thing could happen with the gentleman doing that. some water vapor that has evaporated from the stream which is at body temperature and therefore quite high will freeze producing the fog while the remainder of the stream will hit the snow.
fog, but a lot of liquid seemed to hit the ground, so we turned to a particle physics professor at columbia university, professor brian cole explains that when hot water is thrown, the fog results from water that has evaporated freezing in the air. but not all of the water evaporates and much of it reaches the ground because the larger drops take much longer to freeze, so, he would conclude that the same thing could happen with the gentleman doing that, some water vapor that has evaporated from the stream, which is at body temperature, and therefore, quite hot, will freeze producing the fog, while the remainder of the stream will hit the snow. this was after professor cole politely noted that this is a bit outside his area of expertise as a physicist. now, we looked at his website, which states that one of the goals of his research is experimental manifestation of the qcd phase transition from ordinary hydronic matter to a form of matter in which gluons become deconfined. we would li
behaves in extreme cold. snowy fog but a lot of liquids seemed to hit the ground. so we turned to who else a particle physics professor at columbia university. professor ryan cole explains that when hot water is thrown, the fog results from water that has evaporated freezing the air. not all of the water evaporates. much of it reaches the ground because the larger drops take much long for freeze. he could conclude that the same thing could happen with the gentleman doing that. some water vap of that has evaporated from the stream which is at body temperature and therefore quite high will freeze producing the fog while the remainder of the stream will hit the snow. this was after professor cole politely noted this is a bit outside his area of expertise as a physicist. we looked at his web site which states that one of the goals at his research is manifestation of the traps eggs from ordinary matter to a matter in which kwaurks and gluons become