Extraluminal Transmission Systems
Extraluminal Transmission Systems, developed by Eric Dollard, present a paradigm shift in wireless communication technology. Unlike traditional wireless transmission systems that are limited to the speed of light, Dollard's system harnesses the vertical self-electric field, established with ether tension, to achieve instantaneous signal transmission. This groundbreaking approach to wireless communication traces its roots back to the work of visionaries like Nikola Tesla and Ernst Alexanderson, who pioneered the development of a wireless communication system capable of instantaneous transmissions between transmitters and receivers.
The wireless transmission systems engineered by Tesla and Alexanderson, which operated without the limitations imposed by the speed of light, were fully functional as early as 1917. This remarkable accomplishment challenged the prevailing scientific belief in Einstein's theory of relativity before it gained widespread acceptance. Dollard's work builds upon this rich legacy, offering a new perspective on wireless communication that defies the constraints imposed by electromagnetic signals.
A new presentation titled "Electrical Transmission in Multiple Coordinate Systems" is now available, serving as a sequel to Dollard's previous work. This presentation, originally delivered at the 2016 Energy Science & Technology Conference, delves deeper into the intricacies of electrical transmission systems. Dollard employs analog computers to construct working models of various transmission systems, enabling the measurement of their characteristics rather than relying solely on mathematical calculations. This hands-on approach ensures a more comprehensive understanding of the systems and facilitates practical application.
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One of the significant contributions of Dollard's research is the development of a complete mathematical process that allows for the comprehensive expression of the electrical characteristics of any transmission system. This breakthrough opens the doors to constructing, testing, and scaling working models for diverse applications. By bridging the gap between theoretical calculations and practical experimentation, Dollard's work enables engineers and researchers to explore new frontiers in transmission system design and optimization. The potential impact of these advancements on the field of wireless communication is vast, promising enhanced efficiency, speed, and reliability in transmitting information wirelessly.
Analog technology is highly applicable and available to everyone:
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🔹 Tesla Technology and "Free Energy" in practical application
