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These websites
shall provide an INTRODUCTION into the interdisciplinary
possibilities
of Maxwell's equations, using mnemonics and the wide field
of technical applications.
A further focus is concentrated on different transformation
equations
and several additional fields caused by moved objects.
Finally influences from both special relativity and quantum
mechanics are combined in one equation.
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Compact
FORMULATIONS of well-known Maxwell's Equations in rest |
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Extendend
FORMULATIONS of Maxwell's Equations considering moved objects |
Using
the "time-space-relativity" relation between relatively
moved reference systems
defined by time derivatives and space based vector gradient = f
(speed v)
yields compact formulations for extended Maxwell's Equations with
moved objects
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These Maxwell's equations include transformation equations, additional
fields = f ( v )
and interdisciplinary
analogies in different areas of physics
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Mnemonics
with Mind Maps + Memo Maps
applied on Field &
Source equations |
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NOTE: curl H =
rot H = ∇
x H
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Applying Mnemonics with Mind Maps
+ Memo Maps yields
both quick derivation of formulas + equations
and
interdisciplinary applications of Maxwell's equations
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Complex
equation [ Re +
i Im = 0 ] based
on Einstein's relativistic energy relation |
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using magnetic vector potential A and electric scalar potentials,
vector gradients and
operators
for impuls
p & energy
H in quantum
mechanics
The complex equation Re + i Im = 0 implies special
transformations
and a spectrum of equations for fields
& sources
from Maxwell, Faraday, Lorentz, Klein-Gordon, Schrödinger, Newton,
Einstein etc
including gauge definitions and both relativistic and quantum aspects
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Speed
Derivation of complex differential equations and formulas
in physics |
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using the surprising & mighty method "Naturics Unit Checks"
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Test your ability to derive the most important equations in physics
... click on this "Unit Checks"-icon
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Spectrum
of interpretation ERRORS & questions applying
Maxwell's equations ... |
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... often seen in several publications on web and in books
(websites in German) |
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...But
most important for engineers are APPLICATIONS of Maxwell's
equations ... |
W.
Stanek: "Theory
is often very fascinating, but only its practical application
is useful for industry"
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some realized innovations in mechatronics based on electrodynamics
... |
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For special INFOS click on hyperlinks
in the LEFT SIDE FRAME or directly on the pictures on this website
If you don't see
Frames please click the right button in the bottom line
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