Galaxy NGC 1232 identified as a mod (16) spiral
NEWPORT BEACH, Calif., Nov. 9, 2021 /PRNewswire/ — Crown Sterling Limited LLC announces today that its Founder and CEO, Robert E. Grant has proposed a novel class of triangular spirals. The model and its geometrical and mathematical analysis was published Thursday, November 4, on Cornell University’s www.arXiv.org titled: “A Novel Geometric Model of Natural Spirals Based on Right Triangle Polygonal Modular Formations.” The paper was co-authored by Physicist and Number Theorist Talal Ghannam PhD and Amanda Kennedy.
Nature is intrinsically simple, and the triangle is the simplest of all geometrical shapes and also the most stable among them. Any geometric form can be deconstructed into a matrix of triangles of different shapes and sizes, as infinite element analysis. Moreover, the Pythagorean relationship governing the right triangle’s sides presents it as the most suitable shape to be used in constructing spirals, mathematically as well as geometrically.
The model proposes a novel class of spirals based on perfect polygonal formations, whose pitch spirality and logarithmic base value is defined as Hypotenuse/Height (inherent Right Triangle/s), which in turn defines both the polygonal reference and Modular Configuration. The spirals are defined by a fractal of right triangles that delineate their geometry and determine their progression rates and modes. The publication demonstrates how the spirals match naturally occurring ones, including hurricanes and galaxies, much better than already proposed models, allowing for more accurate categorization of these phenomena and better prediction of their physical properties. Co-author Talal Ghannam PhD said, “Spirals and right triangles could be the two most fundamental geo-numerical principles that exist at all levels of physical reality.”
“This is an important paper because it demonstrates a geometric proof explaining why galaxies and hurricanes possess the spiral pitch that they do. We also believe that this paper lays the groundwork for a unified [Geometric] theory of Gravity [Scalar Waves] and Electromagnetism [Transverse Waves] by demonstrating the geometric relationship between both in a simplistic matrix clearly represented in the Euclidean [Geometric] Plane. This new understanding sets a foundation for a new perspective of elliptic curve analysis and its relation to polygonal modularity,” said Robert E. Grant, Founder and CEO.
About Crown Sterling Limited LLC: Crown Sterling is a pioneer of personal data sovereignty technologies, and is the first to implement quantum-resistant, one-time Pad encryption as an option for a blockchain’s state transition function, which is the process flow of transactions on a network. Crown Sterling looks forward to becoming the leading platform for users to embrace the future of data and digital asset management. For more information, please visit https://www.crownsterling.io/.
About Crown Sterling Limited LLC
As a leader in Data Sovereignty and quantum-resistant encryption, Crown Sterling’s mission is to transform an era of unregulated data consolidation, monopolization, and monetization by Big Tech and empower individuals to claim, protect, and control their data.
Crown Sovereign (CSOV) utility token enables users to access the novel product suite, including quantum-resistant cryptography and NFTs, end-to-end encrypted messaging, and other future data compression technologies. With the CSOV token and ecosystem, users can also encrypt personal data, including geolocation and browsing history, and convert that data into NFTs with the option to monetize it on exchanges. Crown Sterling Chain is the world’s first Layer-1 blockchain to implement One-Time Pad’s quantum-resistant cryptography and empowers a self-sovereign ecosystem. The team will also launch a chain agnostic Layer-2 Security Oracle, providing post-quantum technology for web 3.0.As data has surpassed oil as the most valuable asset in the modern world, Crown Sterling looks forward to ushering in a new paradigm of Personal Data Sovereignty.