Stefan Boersen


	Second and third order
	All truths are easy to understand once they are discovered; the point is to discover them.(Friedrich Nietzsche 1844-1900)


	We start with the yellow 1. Force is mass times acceleration. If we are pulling a mass then you get this force vector. This force vector is the black arrow. It consists of 2 components, the x part en the y part of the vector. The friction occurs at 2. And if we look closer , following the red arrow, we see it in more detail. (3) Follow the red arrow to 4. We are now seeing two molecules. One is being pulled or pushed by a force and the other molecule is stopping it. As we believe nature is exchanging forces, which are mass times acceleration, the x acceleration and the y acceleration are important. These accelerations explain what is happening. And that is how Gaspard-Gustave de Coriolis (1792-1843) discovered the Coriolis force. It is done again in a picture below. The Coriolis interaction is a mathematical truth. All truths are easy to understand once they are discovered; the point is to discover them.(Friedrich Nietzsche 1844-1900)

	The reasoning in terms of forces (acceleration times mass) came after the reasoning in term of velocity times mass. The reasoning in second order differential equations is simply a better description of the world compared to single order differential equations. Why not assume that third order differential equations of space by time are even better.

	The result of this mathematical exercise (differentiating space by time) is after the green arrow. (6). It is called the second order space by time relation. This equation is used to calculate the earth around the sun. But are we absolutely sure that all of nature works with accelerations times mass as the driving factor? Can it be so that a changing acceleration times mass is the driving factor in nature? This is the red arrow 5. Let's just do the exercise of differentiating space by time again and see what the outcome is. The caculation is also done below. The outcome is after the yellow arrow 7. It is called the third order space by time relation. We now see new interactions like Coriolis has discovered the Coriolis force. A Coriolis force is second order interaction. These new interaction make it clear that we have a conflict between a force (two-dimensional) which is being differentiated by time and a third order interaction. A differentiated force is differentiating the second order space by time relation by time. A third order interaction is described by the third order space by time relation.

	The third order space by time relation can be used to recalculate the gravitational differential equations. The outcome is rotating gravitational ellipses as observed by Le Verrier (1811-1877). We now have two theories resulting in rotating gravitational ellipses. The EIH equations which are relativistic and the Euclidean third order equations. The Euclidean third order equations were presented in Berlin 18 march 2015.

	Strong minds discuss ideas,everage minds discuss events, weak minds discuss people. Socrates (470/469 - 399 BC)
	The idea here is that third order interaction is a plausible principle on which this world works.

	Ir. Stefan Boersen - 23 september 2017









	From the work of: Prof. dr. ir. J.J.J. Kokkedee (1935-2013) Theoretical physics

	From the work of: Prof. dr. ir. J.J.J. Kokkedee (1935-2013) Theoretical physics








	The third order space by time relation

	The third order space by time relation




	stefanboersen@hotmail.com