#avc #history #military #ufo #aliens #space #navy
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As a pilot and aviation mechanic, I have to respect my colleague and what she is saying. It’s hard to digest because I was not there, and I don’t believe in little green men or people that come back to life after being dead for many days that being said, she is one my tribe so I believe what she’s saying. Still hard to digest what’s going on? I feel like it’s man-made, but that technology is so far ahead knowing what I know about things that fly. I wonder if it was hard for her to digest that and what it might mean.
Yea our military has absolutely nothing that can go from the air into the water. We got unidentified aircraft inside our airspace coming and going at will…. Definitely not Russian or Chinese. They are 100% using the water to mask their presence. Imagine what weapons they have. We’d lose that fight big time.
She’s full of it
Thank you for your service and honesty
They know what it is cause they never ask permission to engage the target. Never even try to get weapons lock.
So I have a theory about these “tic tac” type UAPs. It’s not aliens by the way, sorry. I think that these are clouds. Now you may be thinking “are clouds normally much bigger and much slower” and you would be correct, normally. Backing up a few steps, what is a cloud? It’s condensed water vapor. I’m glad we all paid attention in science class. What makes the water vapor in the air as humidity condense into clouds? When a volume of very humid air gets cooled down it cannot hold as much water as humidity, so it condenses into clouds (mist and fog are the same thing, just closer to ground btw). Barometric pressure also plays a role, but I’m not exactly clear what that role is if any meteorologists want to chime in on that. So clouds are like the middle of a Venn diagram where the circles overlap. Of course the regions of humid air and cold air and the fluid dynamics of how that areas collide and mix is much more complicated than circles, which is why clouds have that fluffy shape. It’s basically just the overlap between two volumes of air, which is an oversimplification, but fluid dynamics is incredibly complex and difficult without a computer simulation, so let’s stick with the simplified version for now.
Now let’s imagine what would happen if a long thin strip of humid air passed through a long thin strip of cold air. This is going to be a bit difficult to explain with a visual aid like a whiteboard or something, so bear with me here for a minute. Looking from the top down, one strip of air is orientated at a diagonal like this: /. The other is oriented straight like this: —. If the first strip were to move through the second strip without changing its orientation then try to visualize what the area of overlap does. If it helps, try cutting a long thin strip out of two pieces of paper (to make this easier, fold them in half and cut the strip out of the folded edge, being sure to keep each end of the folded edge intact), now unfold the papers and put one on top of the other, rotate the top one slightly, and slide it perpendicularly to the strip cut out of the bottom one. The overlap should be a hole that exposes the surface underneath both pieces of paper. If you did this correctly then you should see the overlap move along the strip cut in the bottom sheet of paper. If you adjust the angle of top sheet to be more acute then you will notice that the overlap can actually move faster than you are moving the paper. This overlap would be a cloud.
Now what should a small cloud, about the size of a car, look like when seen from a distance? It would be white, as clouds tend to be. Probably have a rounded shape (I’ve never seen a particularly angular cloud). It would also appear to have a matte surface. Clouds are not really ever glossy as far as I can tell. Well that all fits the description of the tic tac’s appearance, but what about its movement? Well, we know that an overlap between two strips of air could move quite quickly, and nothing says that these strips need to be straight lines, so the overlap could speed up, change direction, stop, and even completely disappear. Clouds also don’t show up on aircraft radars or infrared sensors, only weather radar (aka Doppler radar), so it would be impossible for a jet to lock onto the cloud. I don’t even know if weather radar could pick up a cloud that small.
So there it is, I guess. My theory on the tic tac UFO is that it’s just a tiny cloud. No idea what the churning in the water was, but it could’ve been an underwater methane vent, or maybe a whale with gas or something. I don’t know.
Top Black Aces pilot, she is awesome!
very interesting story for me.
Sounds like the history channel.