After studying the background work on the effects of electromagnetic radiation on living systems, a colleague was located with the expertise to design and build a fundamentally new laser electromagnetic resonance technology. Scott Strachan, a Scottish physicist, electrical, and chemical engineer took the basic concepts and reduced them to a functional technology within 6 weeks. Among his accomplishments are being an inventor of real time ultrasound and being the recipient of the Enterprise Scotland Award from Prince Charles for development of highly precise laser measurement instruments.
This new laser optical technology has been patented worldwide as U.S. 6064500 and worldwide patent WO09722022A1.
This invention is formally described as a "holographic temporal displacement prism for the non-fringing phase conjugate interference of light." The new wave structure of light produced has a range of physical properties that transcends several of the usual limits of laser-molecular and laser-tissue interactions. When ordinary laser light in the visible spectrum interacts with tissue there is intense scattering such that a coherent signal cannot penetrate more than 5mm. Sparse constructive nodes are ultra-brief wave summation signals that spark in and out of existence deeply in tissue or an otherwise scattering medium, with 6-20cm projection even through bone predicted. The duration of the pulse is just long enough to excite specific desired molecular stimulation, yet brief enough not to nonspecifically heat target molecular structures.
