Good analysis, Ron
Iron oxide has this hexagonal nanostructure which probably plays into the Holmlid effect. In searching for “Kagome” and iron-oxide, it turns out that the structural shift from hematite to magnetite involves going from the 2D hexagon to the 3D Kagome structure. The term “nanomagnet” and “frustrated magnetism” are seen over-and-over in these papers. One would expect that partial reduction of hematite in a hydrogen atmosphere would result in this structural shift. Perhaps the shifting of structure back and forth at a redox resonance point is important. The precise way this phenomenon relates to space-time is not clear, but it could involve the Casimir force. The center of the iron-oxide hexagon corresponds to the maximum Casimir geometry… I will save Fran Roarty the trouble to mention this… J From: Ron Kita Greetings Vortex, Since my interests reside in hexagonal structures, I always wondered IF hexagonal structures are "fundamental". Several years ago in a special edition of Scientific American was an article on Kagome Structures that are based upon equilateral triangles and their relationship to Space-Time. https://www.google.com/?gws_rd=ssl#q=kagome+lattice+space-time Note: the term Kagome comes from a Japanese Basket weave pattern. IMHO..in Nature the persistant hexagonal structures...honeycombs..graphite etc.. "may" have their origins in the hexagonal/triangle structure of Space-time. Respectfully, Ron Kita, Chiralex Doylestown PA
