From the emergence theory geometric object library… Overlaying vertex-sharing 4-fold cluster (cyan) and vertex-sharing 5-fold cluster(Orange) together. Notice that half of the vertex-sharing 4-fold cluster is in the right-handed and half in the left-handed 20G cluster. Love our work and want more content? Please support our mission, even $1/month helps: […]
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 From the emergence theory geometric object library… A cluster of 4 regular tetrahedra, sharing one vertex, leaving small gaps between adjacent faces. By twisting each tetrahedron along an […]
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 From the emergence theory geometric object library… Overlaying vertex-sharing 3-fold cluster (blue) and vertex-sharing 5-fold cluster (yellow) together. Notice that the vertex-sharing 3-fold cluster is embedded in the […]
From the emergence theory geometric object library… A cluster of 8 regular tetrahedra, sharing one vertex, leaving small gaps between adjacent faces. By twisting each tetrahedron along an axis that goes through the sharing vertex and the centroid of the outer face, the gaps between the faces can be closed, […]
From the emergence theory geometric object library… Overlaying vertex-sharing (orange) and edge-sharing (yellow) 4-fold clusters together. Both the vertex-sharing and edge-sharing 4-fold clusters have the same face plane classes and share the same relative face angles. In a way, they embeds each other. Here is an overlay of the two […]
Overlaying vertex-sharing (orange) and edge-sharing (yellow) 5-fold clusters together. Both the vertex-sharing and edge-sharing 5-fold clusters have the same face plane classes and share the same relative face angles. In a way, they embeds each other. Here is an overlay of the two together to show the relationship. The edge […]
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 A cluster of 20 regular tetrahedra, sharing one vertex, leaving small gaps between adjacent faces. By twisting each tetrahedron along an axis that goes through the sharing vertex […]
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 A cluster of 5 regular tetrahedra, sharing one edge, leaving small gaps between adjacent faces. By twisting each tetrahedron along an axis that goes through the mid-point of […]
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 Mathematician/geometer Dugan Hammock of Quantum Gravity Research shows us a visualization of the 4-dimensional 600-Cell projected to 3D object (further projected, technically, to 2D on his computer screen.) […]
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, shows how the 57-Group–a structure that we propose as a quasiparticle–is constructed, and demonstrates how this quasiparticle can propagate along […]
