2004TicTac

This is a picture of a UFO photographed by a US navy aircraft. The UFO was said to be 45 feet long and shaped like a tic tac candy. It played cat and mouse with the U.S.S Nimitz aircraft carrier. A commander opined that the technology was far more advanced than anything known on earth. A pilot that pursued it reported a disturbance on the surface of an otherwise calm ocean that was about 100 yards across. It appeared as if the UFO was rendezvousing with an underwater object. The disturbance persisted even when the object was no longer visible. A navy executive report discussing the incident speculates that the object could become "cloaked" so that it was no longer visible to the human eye. A USS Nimitz pilot report said, "Source was unaware of the origin of the object or its destination but believed the disturbed water below could have been related in some way to the object."

The following image is from U.S. military footage. Particularly in the enhanced image, we see a toroidal pattern in the space next to the object. The size of the torus in the image relative to the size of the UFO is proportional to the size reported - 100 yds vs 15 yds. At the bottom-right of the image may be a second smaller torus shown with a dashed line. It could have an orientation approximately perpendicular to the first torus.

As in the other images in the gallery, the craft is positioned adjacent to the ring of the torus. A related article published in the WISE Journal proposed that the toroidal pattern is created by fields emitted by a craft's propulsion system. The analysis in the article suggests that the space near the UFO was disturbed by the fields emitted by the object. It may not have been rendezvousing with an underwater object as suggested in the navy report. Further, a second torus perpendicular to the first would be consistent with the presence of a hyperdimensional cylinder, or duocylinder, discussed here. The duocylinder would form a short hyperdimensional bridge between distant points in physical space.

Original


Enhanced


Torus identified