This photo keeps showing up in the bread for days now. I figured I would dig on it for a bit. The Morse stands for J#N. The Question is about "Why 2016". Then we were in a "Math" Bread. First you have the photo and anyone who knows about Tesla knows that looks like warden Cliff and the promise of Electric energy transfer through air and not wire. That let me to J. N. Reddy.
https://en.wikipedia.org/wiki/J._N._Reddy. This guy wrote the book on how to engineer electrical stuff. He pushed FEM or finite element Method of modeling that helps predict electromagnetic fields. Now the tower is in Texas and this world leader is in Texas. Then you have him receiving the most prestigious award in his field in 2016.
ASME Medal, American Society of Mechanical Engineers, 2016
The was a stir in this area of science in 2015/16 with adding FDM, finite difference method. Read this for more information
The finite difference method (FDM) is an alternative way of approximating solutions of PDEs. The differences between FEM and FDM are:
The most attractive feature of the FEM is its ability to handle complicated geometries (and boundaries) with relative ease. While FDM in its basic form is restricted to handle rectangular shapes and simple alterations thereof, the handling of geometries in FEM is theoretically straightforward.
FDM is not usually used for irregular CAD geometries but more often rectangular or block shaped models.[18]
The most attractive feature of finite differences is that it is very easy to implement.
There are several ways one could consider the FDM a special case of the FEM approach. E.g., first order FEM is identical to FDM for Poisson's equation, if the problem is discretized by a regular rectangular mesh with each rectangle divided into two triangles.
There are reasons to consider the mathematical foundation of the finite element approximation more sound, for instance, because the quality of the approximation between grid points is poor in FDM.
The quality of a FEM approximation is often higher than in the corresponding FDM approach, but this is extremely problem-dependent and several examples to the contrary can be provided.
Generally, FEM is the method of choice in all types of analysis in structural mechanics (i.e. solving for deformation and stresses in solid bodies or dynamics of structures) while computational fluid dynamics (CFD) tends to use FDM or other methods like finite volume method (FVM). CFD problems usually require discretization of the problem into a large number of cells/gridpoints (millions and more), therefore cost of the solution favors simpler, lower order approximation within each cell. This is especially true for 'external flow' problems, like air flow around the car or airplane, or weather simulation.
More information here. https://www.researchgate.net/journal/1134-3060_Archives_of_Computational_Methods_in_Engineering
I think from about the first week in November 2017 a life time ago. In the Q thread discussion "Free energy" for all has been talked about or better how each person could become energy "independent".
My Hypothesis on the mystery Photo bomb is someone read about Mr. J. N. Reddy getting his big award and had the money to work on this Tesla project and talked J#N into using his computer modeling with the FEM and FDM to help bring Tesla into 2019. Now this sounds to me just like something that Trump would be all over like yesterday. Do you think that Mr. Q + just keeps dropping this photo over and over to see when someone noticed?????????????????