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UniStates is a private US technology company. Our business is to enable companies to produce a vast number of superior industrial, military, and consumer products for less, using our proprietary Reflexive Materials Technologies (RMT™ technologies). UniStates' mission is to commercialize RMT™ technologies and other materials systems in UniStates' inventory. The Company was organized in 1987.
Headquarters - Fairfax, Virginia.
Management - Charles R. Owens,
President & CEO.
Products - Reflexive Materials Technologies (RMT™ technologies).
Fascinating Facts
- RMT™ technologies are biomimetic. The RMT™ architecture is an adaptation of the architecture of a froth, which is nature’s most common construction.
- Froths are everywhere. The bubbles in your bubble bath and the head on your beer are froths. Remarkably, every froth is unique, although all froths have something extraordinary in common. Froths are amalgamations of bubbles with edges, and all of the edges in every froth meet three at a time at the angle of 120° while all of the tips of these edges meet four at a time at the angle of 109.47°. There are no exceptions.
- Like bubbles in a froth, an assembly of the building blocks of the RMT™ architecture, the truncated rhombic dodecahedron (TRD), have edges that meet three at a time at 120° while the tips of these edges meet four at a time at the angle 109.47°.
- A TRD is actually just a sphere with edges and flat faces. In fact, a sphere and a TRD have virtually the same volume; the difference is about 0.0008.
- The naked eye typically can not tell the difference between an RMT Precision™ material or RMT Informed™ product or structure and a conventional product without looking inside.
- The Stress Steering™ functionality of the RMT™ architecture are similar to those of abutted arches.
- RMT™ technologies are environmentally friendly because it enables manufacturers to use less expensive, less technical, and more abundant materials to produce RMT Precision™ materials and RMT Informed™ products and structures that out perform conventional materials and products.
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