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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. […]
Quantum Gravity Research (QGR) research scientist Fang Fang discusses geometric frustration as it relates to QGR’s work on Emergence Theory. Lecture summary: This lecture talks about three different ways of resolving the geometric frustration for tetrahedra to tile the 3D space. It focuses on one of the solutions: rotational transformation […]
Quantum Gravity Research (QGR) head scientist Dr. Fang Fang introduces the basic concepts of quasicrystals (QC), a typical 2D QC called the Penrose Tiling (PT), and Ribbon Dynamics in PT’s – dynamic phason code in PT using its ribbons. Present: Quantum Gravity Research scientists Klee Irwin (director,) Raymond Aschheim, Amrik […]
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 […]
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 […]
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, senior research scientist at Quantum Gravity Research, in a presentation about the E8-to-4D quasicrystal and the 600 cell. For more info on Fang Fang’s research: http://www.quantumgravityresearch.org/fang-fang VISIT THE QGR WEBSITE: http://www.quantumgravityresearch.org GET TO KNOW QGR’s RESEARCH SCIENTISTS: http://www.quantumgravityresearch.org/about-quantum READ OUR RESEARCH […]
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 […]
Love our work? Help us continue our research by joining our giving circle. Even just $1/month helps us further our cause: https://quantumgravityresearch.givingcircles.io Fang Fang, research scientist at Quantum Gravity Research, presents a new method of generating empires for local vertex configurations in quasicrystals. This is a slightly more detailed version […]
