Edgar Byars

Creating complex ciphers that cannot be detected by AI, even with high processing power An example of a cipher would be a "probability matrix" Take the english alphabet - and the cipher is that any letter in the code can either be its own letter, or the letter in front of it sequentially For example, the letter 'A' could be 'A' or 'B' For a message such as 'CAT', there are 8 (2 to the power of 3, with 2 possible switches per letter and 3 letters total) possible spellings CAT, DAT, CBT, CAU, DAU, DBT, DBU, and CBU This method of deciphering comes intuitively to the human brain, as easy as switching up or down a letter But an AI searches for one to one relationships, such as a "Caesar Cipher" I believe it would take a quantum processor to decipher such messages 8 possibilities for a 3 letter word, with only two switches Imagine a 300 word document with 5-6 switches; it would take too much computing power to brute force the code, but a human with the code can decipher it in an hour session

Developing National Security Codes based on simple concepts that can function as a safe locks for encrypted messages The human hands have 10 "transformable digits" - fingers The hands can also be combined to make unique shapes that change the number of transformable digits Hand symbols combined with probability matrices that relay words letter by letter, like morse code, can be an effective tool to encrypt messages The hand symbol can be changed to change the cipher, different hand symbols have different transformable digits, and relay information differently

Teaching an intuitive analysis of probability and how events can be predicted if viewed in a small system, ignoring outside eventsAn analogy for this method is thinking of events as arithmetic problems, an analyzing what factors in those problems can be ignored due to low "density" A probability "grid" can be used to analyze small systems, even as something abstract as two people and their daily lives Using "bad" and "good" actions as axises, the nature of their relationship can be graphed onto a grid, and "good" and "bad" outcomes can be "farmed"

Creating and visualizing communication technologies that can translate information faster than light speed Human hands can synchronize with themselves in the absence of light Using neural networks, information can be shot quickly through vacuums

Developing a unified theory of physics through observation of simple events in closed systems Quantum theory may be explained through a probability grid

Teaching high level dimensional thinking, and applications of its use into daily life and technologies This method is based on an intuitive approach of analyzing third and second dimensional bodies and their transformations, and using the findings to make predictions on the behavior and nature of higher dimensional bodies The ability to visualize 6 faces of a rubix cube in a 2 dimensional plane is a great analogy to thinking past the 4th dimension

Teaching Problem Solving Methods that combine Intuition and Intelligence to arrive at solutions more efficiently Analyzing one's own environment can be a great way to find hidden clues

Creating an analysis into the fundamental nature of light and its true behavior and tendencies Light can be stored within different types of technological bodies

Creating an analysis into human biology and how the body can used as a "conductor" to create electromagnetic waves

Playing the saxophone