- Article
- By Tim Ventura
- December 20, 2009
Our website has an excellent built-in search tool, but what if you want more? Check out American Antigravity Search - a content-engine built on an entirely new paradigm in community information management. It's a simple, straightforward search engine with a lot going on behind the scenes...
- Article
- By AG Research
- May 4, 2007
The Varo Edition of Jessup's classic "The Case for the UFO" contains highlighted text and annotations by Carlos Allende, the sailor responsible for as the originator of the Philadelphia Experiment story. Based on handwriting analysis, it is believed that at least most of the initial annotations were made by Allende as a code for passing along information, with further annotations ascribed to high-ranking Air Force officers...
- Article
- By Tim Ventura
- March 12, 2007
Who are the people designing tomorrow? Show me the man who builds the future, and I'll show you the STAIF 2007 conference photo album - a collection of photography outlining the hottest breakthrough aerospace & emerging technology conference on the planet. The theme for this year was "red", and once you get a look at this striking collection of photos, you'll understand why...
- Article
- By Gary Stephenson
- March 10, 2007
This document contains biographical information for the STAIF 2007 High-Frequency Gravitational Wave communications presenters: Dr. Robert Baker, Jr., Colby Harper, and Gary Stephenson. Together, they have outlined a proposal containing a complete scientific and business model for an HFGW Time-Standard for the Telecommunications Industry...
- Article
- By Gary Stephenson
- March 10, 2007
This document outlines the "The Value Estimation of an HFGW Frequency Time Standard for Telecommunications Network Optimization", a STAIF 2007 presentation outlining both a scientific and business model for the integration of emerging HFGW research into the telecommunications industry. Stephenson and Harper outline an initial application to provide an unpeturbed frequency time standard (FTS), which takes advantage of the higher penetration of HFGW carrier signals...
- Article
- By Dr. Robert Baker
- March 10, 2007
This document contains the lecture notes for Dr. Robert Baker, Jr's, "Surveillance Applications for High-Frequency Gravitational Waves", a summary of HFGW intelligence-gathering and remote-sensing applications. Baker explores utilizing a novel means of imaging to establish a system of surveillance for the observation in three-dimensions of activities within and below structures and within the Earth and its oceans...
- Article
- By AG Research
- March 10, 2007
This document contains the lecture notes for Bernd Binders "Towards a Self-Consistent and Controllable Graviton Flux", as presented at STAIF 2007. Potential applications as described by Binder could be in solid state superconductors (exotic materials) able to host high-dimensional network flux topologies with proper scaling and dynamics...
- Article
- By AG Research
- March 10, 2007
This document contains the lecture notes for Professor Giorgio Fontana's "Hyperspace for Space Travel", which postulates that localized strong gravitational field, which creates a propagation speed discontinuity in Hyperspace, may allow travel to different local universes or Faster Than Light (FTL) travel within the same local universe.
- Article
- By Dr. Robert Baker
- March 10, 2007
These documents by Dr's. Robert Baker and Fangyu Li outline the 20-year-plan for Chinese High-Frequency Gravitational Wave research, including a benchmarked series of objectvies to develop communications, energy, and defense capabilities based on contemporary experimental findings. Both Baker's presentation materials and the original objectives as written by Dr. Fangyu Li of the Chinese HFGW lab are provided.
- Article
- By AG Research
- March 10, 2007
This document provides an overview of Dr. Richard Gauthier's "Superluminal Quantum Models of the Electron and the Photon", as presented at STAIF 2007. According to the superluminal quantum models, the electron and the photon are each composed of one point-like quantum. The electron's quantum moves superluminally 57% of the time and subluminally 43% of the time in a closed helical trajectory...