Rotating gravitational ellipse  Berlin 2015 
The estimation in the Newtonian Gravity equations 
The differentiation of energy by time 
Differentiating to the Gravity equations 
Space by time  The Differentiation of 
Calculating overview  Third order 
From words to task  
 
Rotating gravitational ellipse  By java script 
 
Newton's theory of gravitation  From fitting equations to data to understanding. 
From second order space by time to ellips. 
Gravity  How does gravity work? 
 
 

Prof. dr Sijbrand de Jong 
Prof. dr Vincent Icke 
Prof Gerard 't Hooft 
Prof Gerard 't Hooft 
Invariance of  The speed of light 
Coriolis(17921843)  The only way. 
Relativity and third order  Euclidean space? 
Second and third order  All truths are easy to understand once they are discovered; the point is to discover them.(Nietzsche) 
From relativity to third order  Differentiate time t out of equation 
d(dx/dt)/dt=mg  Changing equations 
Ether wind  The invariance of the speed of light 
Bohr, De Broglie  Second order to third order, consequnece for the frequency 
Space by time  The differentiation of space by time, Pythagorising 
Some statements  Relativity 
dP4/dt  Albert Einstein (1879  1955) 
The default law of science  The default law of science 
First law of science  The data law of science 
Second law of science  The calculation law of science 
Third law of science  The alternatives law of science 
Fourth law of science  The logic law of science 
Fifth law of science  The agreed data law of science 
t' = t + 1/2 Vr (t t)  d(t')/dt = 1 + Vr t Imagination gets you everywhere (and in conflict with logic) 
Niels Bohr (18851962)  Electrons make a circular movement with a wave on this movement. 
Partial Differentiation  Partial Differentiation 
Werner Heisenberg (19011976)  Energy uncertainty 
Lagrange (17361813)  The definition of energy 
The first order space by time relation 
The second order space by time relation 
The fourth order space by time relation 
Einstein E=mc2  Einstein E=mc2 
Einstein E_mc2. The original document  Einstein E_mc2 . The original document 
Einstein E=mc2 in one picture.  Einstein E=mc2 in one picture. 
Lorentz  Hendrik Lorentz (18531928) 
dF/dt  Force is not the solution for everything 
d()/dt  Differentiating by time. 
The defintion of time  Of what order is the problem? There is no progress in theoretical physics. The defintion of second order time. 
The rotating pendulum of Foucault  Adding a rotation to a pendulum. 
Electromagnetic spectrum 
Planck constant 
Iter 
Vakantie 
NIF 
Infinity 
Invalid?  The invalid second law of science. 
da/dt  Changing acceleration 
Coriolis  Coriolis 
The plan 
dF_electric/dt = 1 dF_magnetic/dt 
The friction force 
Just being polite 
Just being inpolite 
Richard Feynman (19181988) 
Georges Metanomski 

 1of5.mp4 Differentiate energy by time (film) 
 2of5.mp4 From Force to kinetic energy (film) 
 3of5.mp4 The estimation in the Newtonian Gravity equations (film) 
 4of5.mp4 The differentiation of space by time (film) 
 5of5.mp4 Energy by time (film) 
 6EnergyByTime.mp4 Energy by time (film) 

 1_5.mp4 Differentiate energy by time(3.7 GByte) (film) 
 2_5.mp4 From Force to kinetic energy(2.8 GByte) (film) 
 3_5.mp4 The estimation in the Newtonian Gravity equations(1.5 GByte) (film) 
 4_5.mp4 The differentiation of space by time(3.9 GByte) (film) 
 5_5.mp4 Energy by time(2.0 GByte) (film) 
 6.mp4 Energy by time(2.7 Gyte) (film) 
VWO  
GtH  
GtH_2  
GtH_EN  
AgingSpring_2010909.html  
FixedAgingSpring.pdf  
RM 20210909  
RM 20211105  
RM 20211116  
RM 20211120  
Rotating gravitational ellipses review  
RM 20211122  
Aging spring Mudde.pdf  