SUBTLE ENERGY LEGITIMIZED: U.S. Pat. #8,362,766 Circuit For Analyzing And Affecting Subtle Energy Resonance. Principles And Applications.
Without instrumentation, philosophers cannot compete with neuroscientists. A Cartesian presumption endures that mind must ever be so private and immaterial as to be technically undetectable. Approaching the fourth century of this logjam, how does philosophy progress? Excluding emerging categories of technical evidence precludes the ability to ground consciousness objectively, yet apart from mere switches (neurons). Addressing this quandary, SJL’s research into peculiarly-sensitive semiconductors has now earned the first USPTO recognition of its kind: a system for analyzing and affecting consciousness-related energies so subtle as to have evaded detection by conventional electromagnetic means. SJL’s newly-certified instrumentation offers philosophy an escape from self-imposed limitations by enabling objective insight into two key areas inaccessible to neuroscience. First, is consciousness of inner states unprovoked by sensory input–reflection, memory, reverie–creative and intuitive solutions emerging from 95% unconsciousness into 5% consciousness: and how effectively the 5% concentrates, intends, attends, meditates, operates upon the world. The second area concerns impressions of spaces or places. Ceremonial venues or humble doorways may suggest the sacred, commercial, natural, entertaining, competitive, healthy, or the dangerous. What is the origin, information content, and accuracy of these sentiments? Novel devices have been asserted to store intentions that could later and elsewhere influence physical, chemical, and biological processes. Continent-spanning entanglement stimulated some deep re-thinking of quantum physics. Yet these claims were vulnerable for their dependence on highly-practiced meditators. Since 2006, SJL has focused on removing idiosyncratic variables from psychoenergetic technology. To TSC 2009 we reported our real-time analyzer, and entanglement experimentation showing register-specific data transfers exceeding 75% accuracy. To TSC 2010 we reported the patent application and accompanying videos. To TSC 2011 we reported FFT proof that our sensors encode situation-specific periodic waves with high signal-to-noise ratios. To TSC 2014 we are honored to report 2013 January receiving U.S. Pat. #8.362,766 Circuit for Analyzing and Affecting Subtle Energy Resonance, and to update the conference on what has now been demonstrated, learned, and theorized. To stimulate research we introduce a modular sensor that can be interfaced to any popular micro-controller. For example, an adapting detector can seed a music synthesizer with evolving waves that uniquely voice its studio. Emotion-sensitive detectors enhance personal electronic devices. Signature capture also informs reversing the process: impressing minds and places with signatures generated from other sources. Signatures as diverse as healing disease, managing classrooms, purifying materials, increasing solar panel yields, or modulating nano-fabrication space could be distributed via the web. Theoretically, we suppose a Subtle Timbral Spectrum model within electromagnetics describing a massively-parallel wide-band crystalline-based gigahertz frequency response through stochastic resonance–invoking this biological mechanism to highlight the interface of inanimate and animate. Finally, we solicit the conference’s expertise in quantum consciousness with regards to prior suggested SU(2) gauge state modulation, but more importantly, possible congruence with the Penrose-Hameroff-Bandyopadhyay trajectory–the coincidental points being animate emergence of the crystalline realm, and microtubule megahertz frequency generation.