Waltham L-shape: Futuristic Design??

by Michelle Jennings

When I was researching more about black holes in relation to the recent formations, I came upon an illustration of an interferometric observatory  which looked to me a lot like the Waltham, Grimsby formation reported August 8.  The similarity made me wonder if the formation is not a more futuristic design for these types of observatories that are designed to detect gravitational waves.

  LIGO: Hanford and Livingstone Observatories (USA)    

If this guess is so, then the Waltham formation is consistent with Avebury-Trusloe, Savernake, New Barn, as well as Uffington Whitehorse, Chartley, Weyland Smithy. All of them could be pointing to the idea of quantum change coming from the influence of the core of the Milky Way to which our Solar System will be aligned in 2012.  As well, Blowingstone and Echilhampton could be illustrations of the coming together of twin universes: a six dimensional one (Blowingstone) and our four-dimensional one (Echilhampton).  This of course would be on the quantum level, making material changes on a scale we have not experienced.  The idea of the twin universes is consistent with string theory which requires that there be 10 dimensions in order to include all the forces we know about: strong and weak nuclear forces, electromagnetic force and gravity.   

Gravitational waves are evidence for this unity of matter/energy. They are only detectable at quantum levels.  Observatories have been constructed around the world already, even though it is really only since about 2000 that construction was begun on these facilities.  

"Gravitational waves are somewhat analogous to the waves of electromagnetic energy that we call light. Light waves are created by electric charges in motion; similarly, gravitational waves are created by masses in motion. Gravity waves are easiest conceptualize when they are regarded in a similar sense as electromagnetic waves: they carry information about a change in a gravitational field with time. 

In reality, gravitational waves are oscillations in the fabric of space-time itself, creating changing curvatures in the space through which they pass. (In fact, gravitational waves were predicted as an effect of general relativity, and are not part of Newtonian physics at all as classical gravitational fields carry no energy of their own.)" –  http://web.syr.edu/~dmalling/projects.html                             

"In August 2002, LIGO began its search for cosmic gravitational waves. Predicted significant emissions of gravitational waves are expected from binary inspiral systems (collisions and coalescences of neutron stars or black holes), supernova collapses of stellar cores (which form neutron stars and black holes), rotations of neutron stars with deformed crusts, and the remnants of gravitational radiation created by the birth of the universe. Since the early 1990s, interferometer physicists have believed that technology is at the point where detection of gravitational waves—of significant astrophysical interest—is possible."  http://en.wikipedia.org/wiki/LIGO

             VIRGO observatory (France/Italy) Futuristic Space Observatory