July 27

Why Tokyo?

Why Tokyo?

This exact line has been the response of me telling people I am leaving Amazon and moving to Tokyo. It has been a very interesting question because no one asked me why Seattle when I left Bangalore. In fact I have been pondering over this quite a bit and I don’t think I have a great answer.

I wonder if part of the question is implicitly asking: Why leave US? And why leave Amazon? If I have to answer the question of why Tokyo, I probably need to answer these questions.
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February 26

The Costa Rican adventure: Arenal

If you haven’t already read the first part of us being in Liberia and Del Coco, I highly recommend reading it here.

We were on a week vacation to Costa Rica and spent the first few days basking in the sun and rolling in the beach. Our second leg was to go to Arenal Volcano region.

Initially we had planned to take a bus from Del coco to arenal volcano where we had planned to spend the last half of our trip. But when we did check out the bus situation it would take 6+ hours and need 3 bus changes to get to La Fortuna (which is the main town near Arenal volcano). Our hotel was about 10 KM from La Fortuna town so we would then have to take another taxi. We kind of decided at last-minute to get a rental car. If you book in advance you can get them for like $10-15 a day and ours was $25 a day. In hindsight, this was the best decision of our trip.
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January 21

Chaos & Quantum Entanglement

The last time I took a lesson in physics was probably way back in 2006 or 2007. It’s been almost a decade yet I consider myself an astrophysics enthusiast. There are various facets of physics that I really love. Every time I think about them I feel like I understand people and the world a little better. There are two ideas that I like to wonder about: Making sense of chaos and quantum entanglement.

It’s hard to imagine how physics can help us understand people. Physics usually describes properties of inanimate things and conscious decisions can seem inherently chaotic. Imagine for a moment that the gas inside a balloon is made up of millions of particles, which it is. Imagine now the movement of these particles. Their motion is inherently random and chaotic and it is unlikely to be predicted.
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