Spin Relativistic
Horn sphere model as relativistic magnetic flux manifold for the electron
( → more
explanatory version )
resume animation ↑
© Emmanouil Markoulakis, no permission for any use, distribution or modification.
Active publication material, March 2020. Hellenic Mediterranean University
contact:
markoul@chania.teicrete.gr
→
horn spheroid →
compare both
see also EM's
model of the atom
animations by
w. daeumler (
artmetic /
horn torus )
parametric form for the animated trajectory above:
x = r·(1 − cosφ)·cos(φ·√2 - Δω)
y = r·(1 − cosφ) · sin(φ·√2 - Δω)
z = r·sinφ →
definition of φ
Δω = Δω(t) makes artificial rotation around axis
to get one continuous trajectory with 22 loops
√2 is approximated by rational number 31/22
compare:
horn spheres as →
graticule (1:2)
and as perfect →
spheres (1:1)