Innovating Energy Solutions
The innovative technologies that can be developed from this vibrational model of new physics will permeate every aspect of life, with applications impacting health, the environment, consciousness, and clean energy. Dunedain is focused on uncovering a sustainable use of energy that transcends renewable energy options, and establishing a way for these technologies to be widely accessible.
The M-Series is a set of devices and technologies that build upon each other, leading us to new possibilities regarding the atomic structure, bonding, the creation of new materials, and energy use.
M1, or Magneto, is a unique cymatics device designed to reveal the atomic structure of individual elements. Magneto is designed to be the first proof of concept of the new atomic structure. The aim is to have both a visual display as well as a method of vibrational extrapolation of the elements. This will lead to a new lexicon in describing the elements: harmonics, fundamentals, bonding, materials, and energy / matter interaction will have a new description.
Magneto uses high speed rotors as the vibrational source, sending these frequencies to a pyrolytic carbon plate. This carbon plate is levitating over a bed of neodymium magnets, providing a frictionless environment. The rotors are modeled after each element’s energetic structure, designed to follow specific ratios. The combination of the rotor’s size, shape and speed provides the unique vibratory signature for each element. This vibration is transferred to the cymatics plate, providing a visual rendering of each element, as well as the introduction to the development of a lexicon for atomic frequency assignment.
M2: Harmonic Algorithms
M2 is the intellectual property that is derived from applying these new concepts of the atomic structure. By utilizing the findings from Magneto, as well as from independent studies applying known and new atomic properties, a new lexicon describing atomic behavior and bonding can be developed. A system of consonance and dissonance will describe atomic behavior with frequency assignment at the core. Beginning at the atomic level, a new vibrational spectrum will allow a more intuitive view of the elements. This will be comprised of zones of atomic vibration and potential, incorporating external energy influences. Vibrational resonance will be further identified first to the element’s individual inner shells, then vortex tube endings, and finally the ratios of the nested proton tori.
Of specific focus are 3D printing technologies and the development of atomic modeling software. The atomic modeling software will provide both a visual and numeric rendering of atoms and compounds, produce a simulation of energy / matter interaction, and reveal completely new atomic bonding capabilities.
With the proper frequencies derived from the M2 technologies, these atomic algorithms can be applied to 3D printing technologies, allowing for new capabilities in crystallization and material production, and for new alloys to be developed and printed. Our immediate interest would be developing and printing a crystallized copper / iron alloy for use in M3, the over-unity energy device.
M3: Over-Unity Energy Device
M3 is an over-unity energy device comprised of three nested spheres. Each sphere rotates in opposition of its parent in a frictionless environment. With the atomic harmonic ratios derived from M2 technology, new bonding capabilities can be obtained to provide the necessary materials. Electricity is generated in the inner sphere by exploiting atomic induction. The middle sphere is the capacitor, while the outer is the semi-conductor.
M3 can be designed for micro or macro applications. From powering small electronics, to homes, buildings, and vehicles, a resonance can be established to produce near continual motion and energy production. Blueprints of M3 have been drawn up and Dunedain is actively seeking investors to begin development.
The development of a new atomic lexicon and ontology based on vibration and resonance has broad implications. While new energy solutions are beneficial environmentally, the impact on economies must be considered.
The infrastructure to handle the adoption of these new models for society must be well thought out. We must ensure that these technologies and ideas can germinate and develop. The mechanism for protection and distribution is important.