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Photographs of UFOs are blurred. This usually occurs because the shutter speed of a camera is too slow to adjust to the density of the tem- poral field of the vessel. mst too. ou ao co. : we oat This is similar to photographing a fast-moving object, except that a vessel can remain perfectly stationary as we photograph what is in the foreground: its temporal bubble. The more the temporal density in this field is high, the more the photo will be blurred. When a UFO flies over a vehicle, the engine seems to stall and the lights to go out. This is a matter of perspective. The engine failures and extinguished lights are caused by the ST continuum change affecting the vehicle. Both the vehicle and its passengers (and any witnesses in the vicinity) will “experience” part or all of it as missing time! They start moving at a much faster pace than the pistons. The sound fre- quencies collapse in infrasound (or rather the witnesses live at a pace at least equally as fast) and no further noise reaches the vehicle. The beams of the headlights (as well as the light indicators on the dash- board) move much more slowly compared to our density. Their visual effect on the surroundings may weaken to the point of disappearing. In fact, everything functions normally in our ST, but to the driver the events will have slowed down to such an extent that both the engine UFO photographs are blurred The shutter speed is insufficient to adjust to the temporal flow of the vessel. This phenomenon is similar to taking a photo of a fast- moving object. ime density of a «camera» aie is lower than the ae bubble time density of a al «vessel » Figure 109 UFO photographs are blurred