Arguably, Thos. A. Edison was more important to the advancement of science and to the modern standard of living more than anyone else; unlike Albert Einstein but closer in style to Michael Faraday, he was an empiricist, relying on lots (and lots) of brute force testing to reach each invention (over 1,000 of them). Simplicists of history give him credit for the lightbulb, but his abilities as a polymath are truly documented in this book. Beyond electromagnetism and physics, Edison is written here to have been involved with everything from motion picture entertainment (before Walt Disney), botany, chemistry, new manufacturing quality techniques before lean manufacturing and Six Sigma and an array of experiments that were remarkably ahead of his time.
Edison has a cornucopia of biographies out there, and so when I began doing research on him (as most inventors or businesspeople should), I had to make a decision on which one to read. It's impractical to read everything, and his Wikipedia entry doesn't come close to documenting much about his methods (nor) his paradigm for inventiveness. This book is from the late 1950s and was acclaimed in 1960 with literary honors, and it's timeline against his life puts it in perspective more accurately than, say, a contemporary writing would be able to do. Factually, very few people are alive now that were alive concurrently with his age of invention, and so having a book written by an excellent biographer from the 1950s allows us to disregard legend built up during and well after his life, while focusing on what was uncovered after his death. Without a doubt, there's a lot of mythology surrounding him, so I really needed as truthful of a biography that I could find, and this one fit the bill perfectly.
His method should be taught but it's not lost to time. In summation:
1. Document the problem, in your own words, as succinctly as possible.
2. Immerse yourself in the subject with up-to-date knowledge of known solutions
3. Resolve each step in it's own time, while documenting failures, experimenting frequently with new ideas, and cross-pollinate ideas from other sources to "invent" a solution.
These steps aren't explicit and are reminiscent of what gets taught for a junior high science fair, yet our business leaders, designers, public office holders and thought leaders miss these steps sometimes entirely.
For businesses, inventors and thought leaders, it's clear who wins between the theorists (Einstein) and empiricists (Edison) in my view. Commercial success is required in order to further fund experimentation (R&D) in other areas. Edison taught us all that it's not the brightest among us who make a better world; it is those willing to put in the hard work.
Lastly, in this world where the literati control much of the content available in printed form, this reminds us that in the end tenacity can always beat out talent every day. Resolving to solve issues within public education, this is something that should be not only taught but engrained.
I highly recommend this read. There are a lot of references to other people who aren't contemporarily known in 2020, so there were a few people I had to look up online to digest a synopsis before I could really immerse myself into the narrative of his life and his methods. But it is fun to do - as reading should be a fun exercise for anyone anyway - and it brings a broader perspective to his life than reading it sans research .