BR 207: Elon Musk by Ashlee Vance

Category: 3 – SHELF it (All Categories are 1 – Read ASAP!, 2 – BUY it!, 3 – SHELF it, 4 – SOMEDAY it)

Comments: Elon Musk’s book has a compelling narrative, a great inherent story and is very well written. It is not for everyone. However, if you are interested/intrigued by Elon Musk and/or have an interest in entrepreneurship, space or clean energy, this is a fascinating read.

Top 3 Learnings:
1. I found it fascinating to see how Musk kept buying himself career credit to do the next thing. His first tech company was a internet 1.0 version of Yelp meets Google Maps that exited for >$300M. This, then, gave him capital and credibility to work on, which became PayPal. That, in turn, led to SpaceX.. And he chanced on Tesla because he was known to care a lot about clean energy.

2. Elon is a suitably weird/crazy, gifted person whose drive matches his considerable intellect. That said, he’s had to make some really big sacrifices to get to where he’s gotten to. He sees his mission as one that will save human kind (we care a lot about legacy as human beings) and his skills and experiences have positioned him beautifully for it. It isn’t for everyone. But, it is nevertheless inspiring to see him work toward what matters to him – even if his style occasionally is occasionally cold and un-empathetic.

3. I love Elon’s focus on first principles. His desire to understand the key drivers is phenomenal. The way he disaggregated the cost of a rocket’s components to get to understanding how over priced rockets are was, again, awe-inspiring.

No book notes. I treated this as a light read. 🙂

BR 204: How we got to now by Steven Johnson

Category: 1 – Read ASAP! (All Categories are 1 – Read ASAP!, 2 – BUY it!, 3 – SHELF it, 4 – SOMEDAY it)

Comments: This is a book that takes 6 parts of modern life and shows you how they were fundamental in making modern life what it is. It changed how I saw the world.

Top 3 Learnings:

1. Most innovations occur in the adjacent possible. Few make seemingly impossible leaps. The popular theory is the genius theory of innovation. But, there are plenty of high IQ individuals. If there is a common thread, it is that they worked at the intersection of multiple fields. Ada Lovelace could see the future of computers as she lived at the edge of science and art. Staying within the boundaries of your discipline can enable incremental improvements – which are critical to progress. But, to make leaps, we have to travel across borders – sometimes geographical to be in a different environment and sometimes conceptual. These time travelers often have hobbies and interests in varied fields. This is one of the reason “garages” have such a symbolic role in innovation as these are peripheral spaces.

2. The power of accurate measurement of time is that measuring time is key to measuring space. Every time we glance down at our phone to find our location, we’re triangulating between at least 3 of 24 atomic clocks that tell us our location based on the measurement. And, these clocks have been made possible by scientific advances that led us from astronomy (sundials) to dynamics (pendulums) to electromagnetics (quartz) to atomic physics (atomic clocks)

3. Thomas Edison didn’t invent the light bulb. Instead, he invented something more powerful – a process of innovation. He brought together diverse teams, built the first global supply chain, mastered the art of public relations and product launches, embraced experimentation and incentivized his teams with stock options. This is a model that continues today.

Book notes here.