Rotating gravitational ellipseBerlin 2015
  The estimation in the Newtonian Gravity equations
  The differentiation of energy by time
  Differentiating to the Gravity equations
  Space by timeThe Differentiation of
  Calculating overviewThird order
  From words to task
  
  Rotating gravitational ellipseBy java script
  
  Newton's theory of gravitationFrom fitting equations to data to understanding.
  From second order space by time to ellips.
  GravityHow does gravity work?
  
  
Prof. dr Sijbrand de Jong
Prof. dr Vincent Icke
Prof Gerard 't Hooft
Prof Gerard 't Hooft
  Invariance ofThe speed of light
  Coriolis(1792-1843)The only way.
  Relativity and third orderEuclidean space?
  Second and third orderAll truths are easy to understand once they are discovered; the point is to discover them.(Nietzsche)
  From relativity to third orderDifferentiate time t out of equation
  d(dx/dt)/dt=mgChanging equations
  Ether windThe invariance of the speed of light
  Bohr, De BroglieSecond order to third order, consequnece for the frequency
  Space by timeThe differentiation of space by time, Pythagorising
  Some statementsRelativity
  dP4/dtAlbert Einstein (1879 - 1955)
  The default law of scienceThe default law of science
  First law of scienceThe data law of science
  Second law of scienceThe calculation law of science
  Third law of scienceThe alternatives law of science
  Fourth law of scienceThe logic law of science
  Fifth law of scienceThe 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 (1885-1962)Electrons make a circular movement with a wave on this movement.
  Partial DifferentiationPartial Differentiation
  Werner Heisenberg (1901-1976)Energy uncertainty
  Lagrange (1736-1813)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=mc2Einstein E=mc2
  Einstein E_mc2. The original documentEinstein E_mc2 . The original document
  Einstein E=mc2 in one picture.Einstein E=mc2 in one picture.
  LorentzHendrik Lorentz (1853-1928)
  dF/dtForce is not the solution for everything
  d()/dtDifferentiating by time.
  The defintion of timeOf what order is the problem? There is no progress in theoretical physics. The defintion of second order time.
  The rotating pendulum of FoucaultAdding a rotation to a pendulum.
  Electromagnetic spectrum
  Planck constant
  Iter
  Vakantie
  NIF
  Infinity
  Invalid?The invalid second law of science.
  da/dtChanging acceleration
  CoriolisCoriolis
  The plan
  dF_electric/dt = -1 dF_magnetic/dt
  The friction force
  Just being polite
  Just being inpolite
Richard Feynman (1918-1988)
  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