Dr Amanda Peet & The Professors

In addition to Professor Hawking, the following professors all inspired one or more sections of M-Systems. The numbers in brackets are links to S-World and M-Systems sections the professors influenced.

In 2011, Isaac Asimov [1, 2], Edward Lorenz [1], Benoit Mandelbrot [1] & Garret Lisi [1, 2]
In 2012, Brian Cox [1], Brian Greene [1, 2, 3] & Amanda Peet [1, 2, 3, 4, 5, 6, 7, 8],
in 2016 Michael Green [1, 2,], Leonard Susskind [1, 2], Stephen Hawking [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] James Gates [1, 2, 3], Leonard Mlodinow [1], Edward Witten [1, 2, 3] & Giovanni Camelia [1].
In 2017 Andrew Strominger, [1, 2] Cumrun Vafa [1, 2], John Nash [1]

Whilst every one of the above are my physics heroes, alongside Stephen Hawking the physicist with the most systems attributed to her work is Dr Amanda Peet, originally from New Zealand and now a professor at the University of Toronto in Canada.

Initially in 2012 in the ‘The Network on a String’ in Chapter 1 CFM and POP Analogies (part b), I referenced Dr Peet’s lecture ‘string theory for the scientifically curious’ and her presentation of a string Feynman diagram (seen top right). This lead to the desire to simulate the effect, which was to make quantum uncertainty manageable by adding a system that could accept any financial result from a company. This point stuck in my subconscious and in early 2016 it manifested itself as The Peet Tent. From which came the GGW String and the idea that The Susskind Boost was a shape of a string and S-World was that string. Which when added together create the effect that no company that has used our financial systems correctly could fail financially.

This idea to treat the network expenditure as a shape, made a lot of pieces fit together and is now the fundamental M-System 0. The GGW-String, which is common to all systems.

Recently, from Dr Peet’s lecture ‘string theory Legos for black holes’ Peet (and Edward Witten) introduced me to string coupling, which enabled me to entangle with the fundamental chaos theory base mathematical principle; ‘The POP investment principle’ with string theory to create the powerful POP Super Coupling . Which extended into the ten-cubic-financial-dimensions of Angel POP. The notes and workings for these points have been written in great detail within: M-Systems: Super Coupling and Angel POP for Dr Amanda Peet.