This week, Searl team spokesman Dr. Terry Moore unveiled two additional YouTube videos of the new 'mock-up' SEG in operation - this time including closeups of the SEG as it begins to rotate. The first video shows a voltage-control experiment in which the rollers begin to move as voltage is applied, and the second is an expert-verification clip in which an investor is shown watching the SEG in operation.
New video posted by Dr. Terry Moore on YouTube shows both single- and multiple-roller Searl Effect Generators in operation, with narration by Searl team-member Fernando Morris. Mooore describes these demonstrations as necessary for the patent-process in order to collect data required scientific data. SEG rotation in both videoclips is quite smooth and consistent with Searl's claims, despite the mock-up not being a fully-functional device.
Colby Harper & Gary Stephenson unveil a business plan for near-term gravitational communications at the STAIF 2007 conference. The concept, which involves a benchmarked approach to developing first an ubiquitous time-standard and later full-fledged high-bandwidth communications, involves the use of High-Frequency Gravitational Waves (HFGW)...
This STAIF 2007 presentation by New Mexico Technology Professor Pharis Williams describes a new technology for converting transverse EM into longitudinal electrogravitic waves for a new type of wireless space communications signaling architecture.
This STAIF 2007 presentation by Dr. Robert Baker Junior outlines progress in Chinese High-Frequency Gravitational Wave (HFGW) research, and outlines China's 20-year-plan to develop communications, energy, and defense capabilities based on contemporary experimental findings. Baker is regarded as the preemininent physicist in the field HFGW research, and works closely with colleagues at the HFGW research lab in Shanghai.
Dr. Martin Tajmar introduces CasimirSim, a new tool for computing Casimir forces for Nanotech engineering appications. Nanotechnology is definitely one of the leading technologies of the 21st century. It enables breakthroughs in physics, space applications, medicine, and materials sciences, to mention only a few examples.
This STAIF 2007 presentation by Dr. Robert Baker explores the possibility of utilizing a novel means of imaging to establish a system of surveillance that may allow for the observation in three-dimensions of activities within and below structures and within the Earth and its oceans. Applications of this technology include satellite-based surveillance systems...
In this STAIF 2007 presentation, Dr. Richard Gauthier describes a new physical model incorporating the notion of superluminal motion as an explanation for the "zitterbewegung" or "jitter" in the electron. His model is based on a relatively simple mathematical description of the electron quantum’s trajectory, which suggests that the superluminal/subluminal quantum concept for the electron and the superluminal quantum model for the photon may provide useful physical models...
In this STAIF 2007 interview with New Mexico Technology Professor Pharis Williams, we explore concepts it gravity-modification, scalar-mechanics, and discuss Williams concept for a novel form of fusion generator capable of revolutionizing micro-nuclear power-generation. Ever wish that you had your own personal fusion reactor?
This STAIF 2007 presentation by Dr. Richard Obousy describes an advanced space-propulsion concept based on modifying the local cosmological constant to facilitate an expansion/contraction of spacetime around a spacecraft to create an exotic form of field-propulsion. This idea is analogous to the Alcubierre bubble, but differs entirely in the approach...
Windows Media 10 and Google Video Player formats.
full story
printer version