PARADIGM SHIFT RADIO. Ep16 ∞ Sacred Geometry. w Charles Gilchrist & Julian Forest / Paradigm Shift Radio is a NEW interactive show to assist in the evolution of consciousness. Live ON-AIR Saturdays at 11pm EST. Join the facebook page to stay in the loop and get involved with future episodes. ____ To help create, find, and connect to Paradigm Shift and other open-minded communities across the globe check out & http ____ Want to win ALL Access Passes to Three Days of Light: Consciousness Festival & Retreat?! Message PSR on facebook, tell us a bit about what you think of the show and let us know that you would like to be entered into the next draw. 3DL Nov 2-4, Asheville NC, Or you can purchase your tickets now and secure your spot for sure at http ____ Episode 16 Guests- Charles Gilchrist: Fine Arts / Philosophy / / The Ennis Court Project – / Clothing Merchandise – Julian Forest: Trance Guitarist Extraordinaire Jules Verne Visions – Jay Gabriel: http Do you have your own ideas, questions, insights, and/or experiences you’d like to share with the community, then be sure to join us again for a future show! _____ Download the original show mp3 at Listen to previous episodes at

A New Paradigm Nassim Haramein

After some 20 years of tireless dedication to his in depth research on unification, Nassim Harameins most recent scientific paper, The Schwarzschild Proton .. .. received an award at the University of Liège … Belgium, during the 9th International Conference CASYS’09 (Computing Anticipatory Systems) .. Chosen by a panel of 11 peer reviewers, Haramein’s paper won the prestigious “Best Paper Award” in the field of Physics, Quantum Mechanics, Relativity, Field Theory, and Gravitation. This significant paper marks a new paradigm in the world of quantum theory, as it describes the nuclei of an atom as a mini black hole, where protons are attracted to each other by gravitation rather than some mysterious undefined strong force. This radical new view of the quantum world produces a unification of the forces and appropriately predicts measured values for the nucleon of atoms. Much more work must be done to complete the picture, yet this simple paper is already producing remarkable results!