I m agree whit you. The space is not empty. Our great poblem now is the thini nature of the mater. We can t see it because the light is too big to be stoped by the meter . Is like a rocket that gone into the sky. We must create beter instrument that "see" the mater. Ciao
It's an interesting idea, though please could you explain why bonding is only allowed at sites that are incomplete cubes, how you account for atoms with an odd number of neutrons (and isotopes in general), and how emission spectra can occur?
Bonding is generally only allowed where parts of the atom stick out on the verticies. Bonds attempt to form the helium configuration which is a cube because it is the lowest energy state. Isotopes are positron/electron pairs bonded in any of the empty spaces surrounding the atom and generally limits the number of neutrons you can have beyond the proton count.
Why is the cube the lowest energy state? Also, if there is no strong force, why do the neutrons stick around? How would something like Lithium-7 form and keep its neutrons? There is also still the issue of emission spectra - how do they exist based on this model?
See my web site, but if you calculate forces in a cube, it forms extremely strong bonds in only the cube formation anything else is weaker. Emission is caused by the electron moving a fixed distance away from the nucleus due to the space being filled by aether particles. Neutrons are attracted simply due to positive/negative poles attracted to the atom.
I m agree whit you. The space is not empty. Our great poblem now is the thini nature of the mater. We can t see it because the light is too big to be stoped by the meter . Is like a rocket that gone into the sky. We must create beter instrument that "see" the mater. Ciao
FANRITA100 2 years ago
Comment removed
FANRITA100 2 years ago
I'd tell you the link to my web site, but it seems I cannot post a comment which contains it.
franklinthu 3 years ago
Let's be tricky my web site is on geocities with the subdirectory of franklinhu with the document theory.html
franklinthu 3 years ago
It's an interesting idea, though please could you explain why bonding is only allowed at sites that are incomplete cubes, how you account for atoms with an odd number of neutrons (and isotopes in general), and how emission spectra can occur?
pondermatic 3 years ago
Bonding is generally only allowed where parts of the atom stick out on the verticies. Bonds attempt to form the helium configuration which is a cube because it is the lowest energy state. Isotopes are positron/electron pairs bonded in any of the empty spaces surrounding the atom and generally limits the number of neutrons you can have beyond the proton count.
franklinthu 3 years ago
Why is the cube the lowest energy state? Also, if there is no strong force, why do the neutrons stick around? How would something like Lithium-7 form and keep its neutrons? There is also still the issue of emission spectra - how do they exist based on this model?
pondermatic 3 years ago
See my web site, but if you calculate forces in a cube, it forms extremely strong bonds in only the cube formation anything else is weaker. Emission is caused by the electron moving a fixed distance away from the nucleus due to the space being filled by aether particles. Neutrons are attracted simply due to positive/negative poles attracted to the atom.
franklinthu 3 years ago
Nice intuitive model which clearly shows spatial repeating patterns for the chemical elements.
ArjenDijksman 3 years ago