Find your local Discord and get rolling. In the Bay Area it's baymc.org.

> kilometers

It's much more tenable in the 220V world, for sure.

But even if you only charge during road trips, the quality of the chargers during those road trips matters!

Anecdotally, I have 5+ friends with EVs, and every single one of them charges theirs from a standard 15A wall outlet. (I have an EV, but I also have a real charger.) Sure, most of the time it's fine - but when it's not, then you have to really care about whether that nearby EVgo pedestal is working today.

But furthermore: most apartment dwellers, many renters, people in multifamily homes/complexes where their parking spaces are not near their personally-metered power, those who have to street park - many more people than you may think have difficulty charging at home. I wish it weren't the case, and I'd love to see better solutions here.

My inverter-charger is connected to my batteries with 4/0 cable. That wasn't fun to run.

I am extraordinarily confident that it did not.

> In practical terms, this means about 1.3 molybdenum-based metal complexes were activated for every photon absorbed, surpassing the conventional limit and demonstrating that more energy carriers were generated than incoming photons.

... Which is not the same thing as a >100% energy conversion efficiency (which would imply an infinite-energy-generating pump)

Everyone else is, to a greater or lesser extent, at the mercy of the DCFC infrastructure, and it is sorely lacking in many places - even ones you'd expect it to be pretty good.

Nintendo's StreetPass tech may also qualify: https://bulbapedia.bulbagarden.net/wiki/StreetPass

Depends on your definition of "regular switches," I suppose -- but anyone with 3-way wiring (i.e. multiple light switches for a single socket) has given up on "up=on" for their switch.

A RAM chip takes several months to make, starting from an empty silicon wafer. Each chip takes 8-10 weeks to go through the process of lithography, deposition, etching, cleaning, etc. It then must be tested, which can take another couple of weeks, then packaged, before it can be sold to manufacturers. Thus, even if fab capacity were available today (it isn't), you'd still see a multi-month lag before new supply hit the market.

(This is an extraordinarily sensitive process, and disrupting it can cause you to lose the entire batch. You might have heard of cases where "wafer starts" had to be discarded due to a tsunami or power disruption - this is why.)

One of the few cases where they actively ruin the first book, to the extent you take them as true sequels. Clarke basically licensed his name and plot to Gentry Lee, who proceeded to ruin the sense of wonder by explaining everything, often in deeply unsatisfactory ways. They would have been reasonable scifi books (for their time) if they hadn't attempted to follow up the classics.

Star Wars prequel/sequel situation.

Other books with a similar plot structure and deeply alien vibe:

- Shroud by Adrian Tchaikovsky (recommended elsewhere in this thread)

- Pushing Ice by Alastair Reynolds

I know there's one I'm forgetting.

BC (and PST) is actually quite reasonable in this regard, with Vancouver and LA being fairly close to "on the money." Contrast that with China and Russia, where clock time can be 2h+ off from solar time.

As a further note, this is one reason it's miserable to be in Boston/Maine during the winter if you're an SAD sufferer: sunset times of 4pm or sooner feel like "insult to injury."

> The GPU die will remain with TSMC