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21 December 2007
A sends:
SIGINT Dust
http://www.6moons.com/industryfeatures/caelin/caelin.html
"I obtained the equivalent of an electronics engineering degree and was assigned to a military division of the National Security Agency.... We were involved with intense R&D of ultra-sensitive data acquisition systems. We could lock onto correlated signal virtually obscured by random noise, a feat believed impossible by engineers using commercial electronics of the day.... I worked with a derivative of this material for an application unrelated to audio. I unwittingly parked a bag of it next to a component and noticed how the audio system suddenly sounded better.... Actually, FeSi-1000 is a term for patent-pending compounds that, like ferrites, absorb electromagnetic fields by proximitiy, by converting them into heat withint the molecular structure."
Deleted biography:
http://web.archive.org/web/20070621091731/http://www.shunyata.com/Content/about.html
Lead designer
and CEO: Caelin Gabriel
Within the audio-video industry, there is no engineer with a more complete
understanding of the scientific tenets critical to signal isolation and current
delivery.
While in college, Caelin Gabriel's performance in the physical sciences attracted
the attention of the US military. Gabriel was recruited and selected for
training at a secret Navy cadre, and was subsequently assigned to the Military
division of the National Security Agency. The NSA is the governmental
information-gathering agency, with the world's most elaborate high-speed
computers and signal decoding equipment. Gabriel was involved in the extensive
R&D of ultra-sensitive data acquisition systems. These systems were designed
to detect extremely low-level signals that required an outside-the-box
approach to signal and noise-isolation. Equipment used by Gabriel and the
team of NSA scientists could lock onto a correlated signal virtually obscured
by random noise -- a feat believed impossible by engineers using commercial
electronics of that era.
Subsequent to his military career, Gabriel became involved in the computer
industry during the early Internet days under DARPA, working on network
architecture. Later, he became involved with the development of high-speed
networking devices like the 1GB/s fibre-channel interface and the present
100MB/s and 1GB/s Ethernet devices. Working with super-high-speed circuits
wreaks havoc with textbook engineering school truisms. One cannot assume
that wire has zero resistance, inductance or relative capacitance. In fact,
Gabriel learned that whether a circuit works at all may well depend on the
quality of connectors, interfaces and the buss system architecture.
These unique work related experiences at the highest levels of government
and computer science led Caelin Gabriel to develop a series of fundamental
precepts for the patented technologies and custom-designed parts that form
the cornerstone of Shunyata Research products.
Added by Cryptome: Two US patents by Caelin Gabriel (Port Orchard, WA):
No. 6,545,213. Method and product for reducing distortion in an audio or home theater cable, April 8, 2003. Filed: December 2, 1999.
A method and product for reducing distortion in an audio cable includes a flexible outer conduit and at least one electrical conductor (i.e. wire) disposed in the conduit along its longitudinal length. A granular or beaded ferro-electric substance is disposed in the conduit along its longitudinal length. The electrical conductor is surrounded by (i.e., immersed in) the ferro-electric substance along its length and extends from each end of the cable and may include whatever termination is desired to connect the electrical conductor to a component part of an audio or home theater system. A seal is provided at each end of the audio cable to retain the ferro-electric substance. Preferred ferro-electric substances include generally spherically shaped beads of silica gel or rochelle salts of combinations thereof.
No. 7,196,892. Method and apparatus for isolating RFI, EMI, and noise transients in power supply circuits, March 27, 2007. Filed: April 10, 2003.
A method and apparatus for isolating and/or eliminating RFI, EMI, and noise transients in power supply circuits. The circuit isolates DC to DC and AC to DC power coupling by use of dual, parallel current paths that are alternately gated. The gating of the switches is controlled by a control module, which ensures that the input and output of the circuit is electromagnetically blocked during any instant in time, while simultaneously ensuring proper and continuous delivery of current to the circuit output load.