Fang Fang presents a new method of generating empires for local vertex configurations in quasicrystals. She introduces the concept of the empire problem in quasicrystals and its important application in modeling non-local particle interaction in physics. Two old methods of generating the empire of the Penrose tiling are briefly introduced. […]
Join our giving circle for $1/month: https://quantumgravityresearch.givingcircles.io Is reality made of information or merely described by information? Klee Irwin, director of Quantum Gravity Research, a group of theoretical physicists working on a unified first-principles quantum gravity theory, discusses ideas relating to the foundations of reality being a code–a geometric language […]
One way to generate the Penrose tiling is to embed a 2D plane into 5D space and project onto that plane the 5D lattice points which are sufficiently near that plane. These animations show the tilings which are generated when the plane undergoes rotations in 5D space. These animations were […]
Join our giving circle for $1/month: https://quantumgravityresearch.givingcircles.io Geometer, animator and QGR research scientist Dugan Hammock displays some of his work visualizing the quasicrystalline point space on which we model our physics. This 3D point space which we call the QSN (Quasicrystalline Spin Network) is derived from a 4D quasicrystalline point […]
How spacetime and particles may be modeled by phason actions in quasicrystals. In a 3D quasicrystal, wavelike and particle-like patterns called quasiparticles exist in a 3D space. The benefit of using quasicrystal phason dynamics to model fundamental unification of particle physics with general relativity is quasicrystals are projections of higher […]
Join our giving circle for $1/month: https://quantumgravityresearch.givingcircles.io Ray Aschheim of Quantum Gravity Research shows that the golden ratio is at the heart of the spectrum of the E8 Lattice. We compute the 9 eigenvalues of the Cartan Matrix of E9, which encodes all the properties of the E8 Lattice, and […]
Join our giving circle for $1/month: https://quantumgravityresearch.givingcircles.io Klee Irwin, founder of Quantum Gravity Research, a theoretical physics research organization based in Los Angeles, provides an overview of emergence theory, a quantum gravity theory involving the projection of the E8 lattice to a 4D quasicrystal from which a 3D quasicrystal is […]
Raymond Aschheim, research scientist at Quantum Gravity Research, talks about the emergence of the quasicrystalline spin network from an algebraic point of view. The presentation includes a discussion of how the golden ratio is encoded algebraically in E8. This talk was given to a group of visiting physicists at the […]
Fang Fang, senior research scientist at Quantum Gravity Research, gives a presentation on the local encoding of geometric frustration in a tetrahedral packing with gaps, curvature, distortion or twisting. The talk was given to a group of visiting physicists at the offices of Quantum Gravity Research in Los Angeles on […]
Join our giving circle for $1/month: https://quantumgravityresearch.givingcircles.io Fang Fang, research scientist at Quantum Gravity Research (QGR), discusses the methods with which QGR scientists discovered the quasicrystalline spin network, which was built using E8, which we hope will be the possibility space on which we will model physics. For more information […]
