Fracturing of the Antartic Ice Shelf in Late Southern Summer Yields Geologically Stable, Movable Airfield

Fracturing of the Antarctic Ice Shelf in Late Southern Summer Yields Geologically Stable, Movable Airfield

1. Late Summer's warm temperatures expose a large fracture line along the Antarctic ice-shelf.  These fractures have been monitored and measured for years.  Data and imagery is commonly available

2. An "island" sized section of ice shelf shows early signs of potentially breaking free from mainland shelf

3. Multi-year warming has created less turbulence and thus smoother surfaces along coastal ice-shelf

4. The 777 makes a direct course for subject ice-shelf

Unmolested by USO’s, Solar Magnetic Bounce Accelerates Aircraft towards Orbital Velocity

Unmolested by USO’s, Solar Magnetic Bounce Accelerates Aircraft towards Orbital Velocity

The Dragon Triangle, a well-known location of a deep sea USO base, could easily be the source of 3 things: 1) a communications/radar vortex 2) An extreme density of thermal venting 3) a highly localized EMP Plane flies into Dragon Triangle entering the boundaries of the communication/radar vortex, causing it to "disappear" from radar and become unable to communicate. USO's augment the naturally occurring thermal venting which in return produces an extreme volume of low density gaseous bubbles that proceed to the surface.