Dataset for "Asymmetric Backward Peaking Radiation Pattern from a Relativistic Particle Accelerated by Lightning Leader Tip Electric Field"

Technical details and requirements:

The .mw files are Maple worksheets, written using Maple software version 2018.2. At the time of simulation, this operated on both Windows 64-bit and macOS X Catalina.

Additional information:

The mathematical Maple code is just the mathematical code version of the actual, original theory created from scratch on paper. Maple code is just used to simulate the constructed theory. In order to run the code, start from the very beginning of the code where it says `restart;`. In addition, `restart;` is just there to clear the memory of the Maple software every time when simulating new results with new parameters or with different equations. This enables Maple to get rid of any unrequired numbers, definitions or assumptions that could cause confusions in the results of the new simulation. Supplementary PDF file "Bremsstrahlung In High Density Mediums" is an extension of the bremsstrahlung process mathematical model into different, high density mediums. The final equation presented in the publication defining novel radiation patterns has been extended to processes taking place in different mediums by changing the speed of emitted electromagnetic radiation from the speed of light in vacuum, "c", to the speed of light in different mediums. This in turn reveals a second novel asymmetry which is an asymmetry of the previously introduced novel bremsstrahlung asymmetry. Under vacuum conditions where the speed of emitted electromagnetic radiation is the speed of light in a vacuum, "c", there is no asymmetry in the novel bremsstrahlung asymmetry about an axis perpendicular to the velocity vector (or direction of motion). When the particle travels and radiates in high density mediums such as water, where the speed of emitted electromagnetic radiation reduces, the novel bremsstrahlung asymmetry is no longer symmetric about an axis perpendicular to the velocity vector (bremsstrahlung asymmetry does not occur at same magnitude between forward and backward peaking lobes).