Excel is the Most Functional of Programming Languages w/ Simon Peyton Jones

On today’s episode, we sit down with educator, researcher, and all-around information guru Simon Peyton Jones to learn all about programming languages and their impact on hardware, software, and research/development. Simon also brings some professional insight into Excel as a programing language. Oddly enough, around the time Rob met Simon, Rob began to think of Excel as a programming language. In order to be a language, the formulas have to deal with both space and time, so Excel formula language absolutely fits the bill. Just be careful how you code. On older systems, if you perform a VLOOKUP at the same time as a nested IF, it might disrupt the space-time continuum and bring about the blue screen of death! As an engineering fellow at Epic Games, a researcher for Microsoft Research Cambridge, and a professor at Glasgow University, Simon also brings a unique perspective on changing the educational system to include base learning on computer science as part of general education. Not only did Simon step up and suggest change, but he also followed through and created a coalition to guide the program and ensure future expansion as needed. When Simon talks about research, people listen! As always, if you enjoyed this episode, be sure to leave us a review on your favorite podcast platform to help others find the Raw Data by P3 Adaptive Podcast Also in this episode: Simon Peyton Jones’s bookmarks! Alonzo Church – Lambda Calculus Touring machine Automata Theory LAMBDA: The Ultimate Excel worksheet function. (Andy Gordon, Simon Peyton Jones) LISP functional language Microsoft Research – Cambridge Arthur Norman – functional programming John Backus Turing Award Setting up for Success w/David McKinnis Declarative Programing Immutability Changes Everything Computing at School – CAS Scratch - Computer Programming Logo - Apple Estimating the value of Pi using Monte Carlo Code.org Tesla One-Way Valve Turing Tumble Robo Rally Board Game Unreal Engine Joe Duffy on Transactional Memory Haskell Language