Dark Matter Breakthrough Discovery: Infinite 8 Industries Unveils Particle 11, A Pioneering Dark Matter Candidate with Unprecedented Energy Potential
Infinite 8 Industries announces the discovery of Particle 11, a groundbreaking dark matter candidate with revolutionary energy potential, capable of transforming energy storage, quantum computing, and dark matter research.
- (1888PressRelease) September 11, 2024 - Colorado Springs, CO – Infinite 8 Industries proudly announces the peer-reviewed publication of groundbreaking research in the Journal of Electrical and Computational Innovations, confirming the discovery of Particle 11, a revolutionary advancement in particle physics with transformative implications for energy storage, dark matter research, and quantum computing. The discovery, led by Ean Mikale, JD, Principal Engineer of Infinite 8 Industries, and Dr. Darshika Perera, Professor and co-author, marks a significant breakthrough in both theoretical and applied physics.
Particle 11, a meson-based particle, stands out as the most compelling dark matter candidate from over 150 particle profiles. Its unique properties provide profound insights into dark matter while challenging existing theories within the Standard Model of Physics and Quantum Chromodynamics (QCD). Boasting an energy release more than 1.1002×10²¹ times greater than a single kWh of nuclear energy, Particle 11 holds immense potential for industries that require high-energy solutions, including aerospace, robotics, and interplanetary exploration.
“This discovery is a turning point for both particle physics and energy technology,” said Ean Mikale, JD, creator of Particle 11. “Particle 11’s ability to bridge key gaps in the Standard Model while delivering unparalleled energy efficiency has the potential to ignite innovations that will change the world.”
Key Findings:
Unified Framework Validation: Particle 11 plays a pivotal role in the successful unification of Quantum Field Theory and General Relativity through the L₁₁ equation, demonstrated on IBM’s 125-qubit quantum hardware. The flawless execution of the unified framework offers new possibilities in theoretical physics, including the integration of Einstein’s Field Equations with energy-mass equivalence (E=MC²).
Energy Potential: Particle 11 exhibits energy levels that surpass those of current nuclear sources, making it a game-changer for energy storage and delivery systems, potentially powering cities and industries with minimal fuel resources.
Quantum and Gravitational Properties: The particle's properties suggest it could revolutionize quantum computing, as it links to both the Quantum Field Theory and gravitational interactions, offering new avenues for cosmological and astrophysical research.
Dark Matter Candidate: With a mass of 1919.997 GeV/c², Particle 11 fits the profile of a Weakly Interacting Massive Particle (WIMP), making it a significant candidate in the ongoing search for dark matter, potentially reshaping our understanding of the universe.
Containment and Stability: Leveraging cutting-edge containment strategies involving graphene, lead, and silicon carbide, researchers have successfully stabilized Particle 11’s immense energy output, enabling safe, scalable applications for drones, medical devices, and autonomous vehicles.
Quantum Computing: The study further revealed that Particle 11’s meson-based structure holds exponentially more information than a typical qubit, promising to advance quantum computing, networking, sensing, and encryption capabilities by orders of magnitude.
Mathematical Significance: Particle 11 exhibits multidimensional properties, and appears to be the first tensor, found to exist in nature, exhibiting tachyonic and microscopic black hole mechanics.
Dr. Darshika Perera, co-author of the paper, stated, “These findings could revolutionize our understanding of everything from dark matter to quantum computing. The implications for both fundamental research and commercial technology are boundless.”
The discovery of Particle 11 not only answers some of the universe’s most perplexing questions but also presents significant commercial, environmental, and societal opportunities. This breakthrough paves the way for humanity to harness previously unreachable energy levels and pushes the frontiers of quantum computing, further solidifying Infinite 8 Industries' leadership in cutting-edge technological advancements.
For further information or media inquiries, please contact:
Ean Mikale, JD
Principal Engineer, Infinite 8 Industries
ean ( @ ) infinite8institute dot com
Dr. Darshika Perera
Co-Principal Investigator, Infinite 8 Industries
dperera ( @ ) uccs dot edu
About Infinite 8 Industries
Infinite 8 Industries is a global leader in advanced quantum technologies and particle physics, pioneering research that shapes the future of energy, AI, and autonomous systems.
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