Dr. Ernst Juncker Fankel (1926 - 2016) Austrian-born mathematician and engineer of Gretha Erckhart Juncker, a sewing mistress and Adolf Fankel, a bicycle repairman. Ernst Fankel is best known for his works with ludonarrative dissonance, as described in the book, VX: The Definitive Guide, which he cowrote with Helmut van Fahrer and Hector P. Yalgeth.

Early life and education Edit

Born in the small, Austrian town of Wiener Neustadt , Fankel was originally destined to attend the Theresian Military Academy, as was tradition for young, Austrian men, to become a part of the engineer corpse. However, when Austria was annexed by Nazi-Germany in 1938 (the Anschluss), the Fankel family fled to England, due to the mother's jewish ancestry. In England, Ernst Fankel attended the King's Boarding School of Mathematics, partly due to his impressive skills in algebra, partly due to the evacuation of children in Britain, moving them to the countryside to save them from the aerial bombings of the larger cities. Fankel quickly picked up English and mathematics, and later applied to Oxford to study mechanical engineering and computer science, a new, developing field. It was here, in 1956, that Fankel first stumbled upon System-state Emulation, as had been researched extensively in Helsinki by the Volt Red Sciences-team "Xoccula" (later Volt Xoccula). Oxford had a VX-1 machine, which was the first programmable multi-emulating encabulator. As a researcher, Fankel and his team started to develop their own programs on punch cards, making the VX-1 do cross-redux programs, instead of the normal CAP-redux programs, which made quantum applications possible. Fankel and his team later applied the unit Delta. It was on the basis of this work that Fankel, along with van Daventer, a Dutch researcher, wrote his ph.d.

Works in VX and theoretical reflacto-alignement Edit

Even though Fankel's theory on spin-coordinated frequency as a an inherent property of the VX turned out to be flawed, we now know, thanks to his work, that the spin coordinated-frequency is proportionate to the ferrous amalgamate's coating within the actuators.





Bibliography Edit

Fankel, Ernst & van Daventer, Oskar, (1961) Exploration of the CAP-redux program

Fankel, Ernst, et.al, (1975) VX: The Definitive Guide

Fankel, Ernst, & Stephenson, Sarah (1977), Hydroflouric simulations by the Hammond-Thurman principle

Dormison, Jacob & Fankel, Ernst (1978) Applications of Yerga's Law in Quantal- and Deval-mechanical Vector Stabilization Math Methods.

Fankel, Ernst, et.al, (1986) VX: Yet Another Definitive Guide (but with a green cover this time)

Fankel, Ernst (1992) System-state Emulation: The untold story of the VX-Module

Fankel, Ernst (1996) Surely You're Joking, Dr. Fankel!