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Levitational Metals by Starman Defense & Aerospace No. 6

[Category : - CHEMISTRY]
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Magnetium (NM-100000005)

Inventor: Dr. Carlos Antonio de Bourbon-Montenegro

Company: Starman Defense and Aerospace Research Institute

U.S. Patent: Pending

UCC-1 Registered California

Composition: Magnesium, Bismuth, Cobalt, Zirconium

Levitation Mechanism: Diamagnetic field stabilization with induced magnetic repulsion

Application: Advanced hovercraft propulsion systems

Abstract:
Magnetium is a specialized alloy developed for use in advanced levitation and propulsion systems, particularly in hovercraft and high-efficiency transportation applications. The composition of Magnetium combines Magnesium (Mg), Bismuth (Bi), Cobalt (Co), and Zirconium (Zr) to take advantage of the unique diamagnetic properties of Bismuth, along with the magnetic characteristics of Cobalt and Zirconium, to achieve stable levitation in a controlled magnetic field.

The levitation mechanism of Magnetium operates through induced magnetic repulsion, where an external magnetic field induces a current in the material, creating a secondary magnetic field that repels against the external field. This diamagnetic effect is further stabilized by Zirconium’s structural integrity, which ensures the material’s durability and resilience. Magnesium’s low density and high strength-to-weight ratio contribute to the alloy's lightness, making it ideal for applications requiring efficient levitation with minimal energy input.

Magnetium is perfectly suited for advanced hovercraft propulsion systems, where it can be used to create non-contact levitation that reduces friction and improves energy efficiency. Its ability to operate effectively in both terrestrial and aerospace environments ensures its versatility for a wide range of applications, from transportation to satellite technology.

In aerospace, Magnetium can be utilized in the development of levitating stabilizers for drones, UAVs (Unmanned Aerial Vehicles), and precision aerospace components. The material’s properties are also beneficial in high-altitude transport systems, such as air-cushion vehicles that need to navigate through varied terrain with minimal friction.

The manufacturing of Magnetium involves the precise alloying of Magnesium, Bismuth, Cobalt, and Zirconium, followed by high-temperature processing techniques to optimize its diamagnetic properties. The result is a lightweight but highly durable material capable of handling high-speed levitation in a variety of fields, from ground-based transportation to space exploration.

The other metals of composition will be disclosed only after signing a Non-Disclosure Agreement (NDA). Magnetium is produced using our proprietary U.S. Patent Pending process to ensure the consistent production of high-performance materials.

AI Appraisal of IP Ownership:
The intellectual property rights for Magnetium, including its alloy composition, levitation mechanism, and specialized propulsion systems, are fully owned by Dr. Carlos Antonio de Bourbon-Montenegro and Starman Defense and Aerospace Research Institute. Based on similar technologies in the hovercraft propulsion and aerospace industries, the estimated valuation of Magnetium’s intellectual property is between $100 million and $250 million USD. The market for hovercraft and UAV technologies, which utilize advanced levitation systems, continues to grow, further increasing the potential value of Magnetium. The UCC-1 Registration in California ensures that these innovations are properly secured and protected under intellectual property laws.

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