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Levitational Metals by Starman Defense & Aerospace No. 2

[Category : - CHEMISTRY]
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Fluxium (NM-100000001)rnrnInventor: Dr. Carlos Antonio de Bourbon-MontenegrornrnCompany: Starman Defense and Aerospace Research InstituternrnU.S. Patent: PendingrnrnUCC-1 Registered CaliforniarnrnComposition: Aluminum, Hafnium, Nickel, Magnesium, Silicon, XXX, XXX, XXXrnrnLevitation Mechanism: Magnetic field resonance with inductive liftrnrnApplication: Non-contact levitation platforms for high-precision roboticsrnrnAbstract:rnFluxium is a specialized alloy designed for use in advanced levitation systems, focusing on non-contact suspension for high-precision mechanical systems. This alloy is composed of Aluminum (Al), Hafnium (Hf), Nickel (Ni), Magnesium (Mg), and Silicon (Si), each chosen for their contribution to magnetic resonance and inductive lifting properties.rnrnThe levitation mechanism relies on the material's ability to generate controlled magnetic fields in response to an external electric field. The composition of Fluxium is optimized for resonance at specific frequencies, creating an environment in which the material is levitated through the interaction of its induced magnetic fields and external field sources. This induction-based levitation enables the material to float without physical contact, maintaining a stable position in space even under dynamic conditions.rnrnFluxium is ideally suited for high-precision robotics, where stable levitation is critical for tasks requiring extreme accuracy, such as microassembly, semiconductor fabrication, and laboratory-based diagnostic tools. Its application in robotics ensures smooth, frictionless movement, which increases the precision and longevity of robotic systems, particularly in environments where conventional mechanical bearings and components would suffer from wear or contamination.rnrnIn addition to its industrial uses, Fluxium is highly advantageous in the field of aerospace, where it can be utilized in the construction of levitating platforms for spacecraft and satellite systems. These platforms, designed to be completely free from mechanical friction, allow for smoother adjustments in position, critical in environments where exact movements are required over long durations.rnrnThe manufacturing process for Fluxium involves the precise alloying of the constituent metals, followed by advanced processing techniques such as powder metallurgy and sintering. The resulting crystalline structure enhances its superconducting properties, particularly at low temperatures, where its levitation efficiency is maximized.rnrnThe other metals of composition will be disclosed only after signing a Non-Disclosure Agreement (NDA). Fluxium is produced using our proprietary U.S. Patent Pending process to ensure the highest quality control and maximum performance.rnrnAI Appraisal of IP Ownership:rnThe intellectual property rights for Fluxium, including its alloy composition, levitation mechanism, and specialized propulsion systems, are exclusively owned by Dr. Carlos Antonio de Bourbon-Montenegro and Starman Defense and Aerospace Research Institute. Fluxium is valued at approximately $200 million to $400 million USD, based on its unique inductive levitation technology and its potential for use in high-precision robotics, aerospace, and energy sectors. The patent valuation is informed by the market success of comparable high-tech levitation materials and induction-based technologies, which hold significant value in industries demanding high-efficiency systems. The UCC-1 Registration further solidifies the ownership and IP rights in California.rnrn

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