FAZOR LLC

Congratulations to our founder Dearl McPeak for creating the first efficient wireless power transmission system in 2012.

Congratulations to Maxwell and the Saith Group! There’s an abundance of untapped energy in the form of electromagnetic waves—far beyond the limited spectrum captured by solar panels. At FAZΦR, we’re also pioneering wireless power transmission technologies that harness energy from the broader electromagnetic spectrum. Innovation in this space has the potential to reshape how humanity accesses and utilizes energy. Wishing you great success on this journey!

2012 marked our follower's creation of Traveling Wave Equation and the invention of the first efficient long distance wireless power transmitter along with many other first of and dramatically improved system designs from commercial to scientific and research development. Tell us what you want to hear about the advent of this equation. Our company will keep you informed of the latest projects and systems created by this wave equation. If you want to stay up-to-date with us, follow our Page.

Beyond Distant Power Transmission: Magnetic Field Levitation - The Future of Flight (Part 2) In Part 1, FAZΦR showed how the magnetic component of electromagnetic waves are being harnessed to focus energy for long-distance power transmission, similar to the current distant electrical power transmitting systems. Part 2 delves into another groundbreaking application: magnetic levitation. This section extends the manipulation of focused magnetic fields to enable new forms of transportation and machinery that defy gravity, offering innovative and efficient solutions for the future of flight. The potential of power, regardless of its source, is vast when manipulated correctly. Magnetic fields, for example, can be harnessed not only for charging but also for levitation. By absorbing and manipulating magnetic fields, objects can achieve flight from a focused source, much like magnetic levitation trains, but without the need for extreme magnetic fields, close distance and fixed tracks. This principle is paving the way for the development of levitational flight technologies, where magnetic-trans-dimensional systems could enable new forms of transportation and machinery that defy gravity with elegance and efficiency. Imagine flying in passenger aircraft and observing drones that operate without blades or jet engines, powered by high-powered magnetic field systems. These systems can focus on objects located tens, even hundreds of miles away, offering unparalleled versatility. Experience the future of transportation with magnetic field levitating platforms and other groundbreaking systems. This technology promises a quieter, more efficient, and environmentally friendly way to travel, ushering in a new era of innovation and convenience. The new and improved age of magnetic levitation is upon us, revolutionizing how we think about flight and transportation. FAZΦR and the Frontier of Magnetic-Trans-dimensional Systems: Leading the charge in this technological revolution is FAZΦR, a company dedicated to developing advanced electro-magnetic-trans-dimensional systems.??We will continue to innovate the possibilities for integrating magnetic field systems into various sectors of technology and industry. Conclusion: Embracing the Future of Power Transmission and Levitation. The advent of magnetic field systems for power transmission and levitation marks a significant leap forward in our technological capabilities. By leveraging the power of trans-dimensional systems, we can envision a future where wireless power delivery is not only more efficient but also more versatile. The potential applications, from everyday electronics to advanced transportation, highlight the vast. #levitation #flight #wireless #power #magnetic #distant

Beyond Distant Power Transmission: Enhancing 3-Dimensional Sound Systems (Part 2) Challenges of Current Surround Sound Systems Current surround sound systems are hindered by their inability to adapt to their environment. For instance, in a car, the sound environment is constantly changing due to movement and the presence of passengers. Traditional systems cannot adjust to these changes, resulting in a subpar listening experience. Fixed speaker systems in cars and homes require precise placement and fail to adapt to environmental changes, making them less effective. Innovative Solutions for Focused Sound One of the key advancements needed in 3-dimensional sound systems is the use of sound location remotes. These devices allow users to adjust the 3-D focus area and location(s) of the sound, whether indoors, outdoors, or even in a car. Adapting to trans-dimensional technology eliminates the complexity of speaker placement and enhances the listening experience by focusing sound more effectively at one or multiple locations simultaneously. This reduces power wastage and maintains clear, audible sound levels for the listener(s) while drastically reducing sound levels everywhere else, even in changing environments. Conclusion The limitations of current audio surround sound systems are evident as they struggle to adapt to changing environments, resulting in inconsistent sound quality. In contrast, accurate 3-dimensional sound systems, powered by trans-dimensional wireless power transmission, mark a significant advancement. These systems excel by focusing sound more effectively and seamlessly adapting to environmental changes, offering a superior listening experience that traditional systems cannot match, all while maintaining reasonable costs for audiophiles. #Power #Distant #Transmission #Audio #Surround #System #Sound

Highlighting Innovation: The Journey of FAZΦR’s Founder, Dearl McPeak Dearl McPeak, a self-taught Radio Frequency Engineer from San Diego, California, has built an extraordinary career designing and developing groundbreaking, patentable technologies across industries—including commercial, defense, scientific research, and space exploration. In 2012, Dearl accomplished what was once thought impossible: he invented the Traveling Wave Solution, a revolutionary method for accurately measuring wave phase at any frequency and for any wave type. This breakthrough emerged during a high-stakes consulting opportunity, where solving the elusive phase measurement problem was key to securing a contract. Remarkably, Dearl developed the solution in just four days. Building on this innovation, Dearl went on to design and create the first efficient wireless power transmission system in only four months while working in Redmond, Washington. His Traveling Wave Solution has since become a critical tool for tackling complex challenges, including the development of a highly advanced radar system for MIT, achieving results that had previously stumped teams of leading scientists and engineers. Today, as the founder of FAZΦR, Dearl McPeak continues to redefine what’s possible in RF engineering and wave technology. His work is a testament to ingenuity, determination, and the relentless pursuit of innovation, delivering transformative solutions that shape the future of technology.

Celebrating 12 Years of Innovation in Long-Range Wireless Power Transmission. This month marks the 12th anniversary of a groundbreaking achievement in long-range wireless power transmission. In July 2012 Dearl McPeak, the visionary founder of FAZΦR developed a revolutionary mathematical solution, paving the way for the invention of the first efficient wireless power transmitter just four months later in Redmond, Washington. This pioneering work has since transformed the landscape of wireless technology and continues to drive innovation in the field. Join us in celebrating this milestone and the remarkable journey of FAZΦR's continued advancements. #wireless #power #charger #drone #battery

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Beyond Distant Power Transmission: Long-Range Magnetic Field Energy Transmitting Systems: Part 1 Revolutionizing Power Transmission with Long-Range Magnetic Field Systems: In the ever-evolving landscape of technology, the Wave Solution equations stand out as a groundbreaking advancement, capable of addressing problems once deemed insurmountable. Among the most exciting developments facilitated by these equations are trans-dimensional systems, which enable the transmission of waves from a 2-D system to create 3-dimensional objects. This innovative approach can be applied to various types of waves, including electrical, magnetic, light, sound, water, and even x-waves. The beauty of this mathematical solution lies in its universality: it allows for precise wave manipulation that is independent of frequency, power, and distance. Advancing Beyond Traditional near magnetic field Systems: Traditional contact-based and near-field wireless charging systems and pads are quickly becoming a thing of the past. The advent of magnetic field trans-dimensional systems heralds a new era in wireless power delivery, offering the capability to transmit power both low and high over much greater distances. This technology extends far beyond simple charging. Magnetic field systems can be precisely tuned to focus on specific objects, delivering power with unmatched precision and efficiency. By transitioning the radiation elements from electrical to magnetic, we harness the power of magnetic fields to achieve targeted energy transmission. The implications for various industries, from consumer electronics, EVs to medical devices, are profound. This technology promises a future where power delivery is seamless, efficient, and incredibly versatile, revolutionizing the way we think about and use wireless power. Connect with us on LinkedIn to stay updated on the latest advancements in magnetic field systems and other cutting-edge technologies. Let's shape the future together! #wireless #power #technology #charging #transmission

Highlighting Innovation: The Journey of FAZΦR’s Founder, Dearl McPeak Dearl McPeak, a self-taught Radio Frequency Engineer from San Diego, California, has built an extraordinary career designing and developing groundbreaking, patentable technologies across industries—including commercial, defense, scientific research, and space exploration. In 2012, Dearl accomplished what was once thought impossible: he invented the Traveling Wave Solution, a revolutionary method for accurately measuring wave phase at any frequency and for any wave type. This breakthrough emerged during a high-stakes consulting opportunity, where solving the elusive phase measurement problem was key to securing a contract. Remarkably, Dearl developed the solution in just four days. Building on this innovation, Dearl went on to design and create the first efficient wireless power transmission system in only four months while working in Redmond, Washington. His Traveling Wave Solution has since become a critical tool for tackling complex challenges, including the development of a highly advanced radar system for MIT, achieving results that had previously stumped teams of leading scientists and engineers. Today, as the founder of FAZΦR, Dearl McPeak continues to redefine what’s possible in RF engineering and wave technology. His work is a testament to ingenuity, determination, and the relentless pursuit of innovation, delivering transformative solutions that shape the future of technology.