I got a Dawarich instance running yesterday, so far it is pretty good. Getting it running over SSL was an absolute nightmare but now that it’s working the tracking is pretty powerful.

Same. If I had the time and thought it would help I would email every one of them to let them know how disgusted I am they still maintain a presence there.

Lemons is an excellent racing league and a fun idea. They have managed to make racing somewhat affordable and kept it from being a “who has the biggest wallet” contest. The race wrap ups on their YouTube channel are also hilarious.

I highly recommend it if you are interested. On their user forums there are lots of already prepped cars for sale so you don’t even have to figure out all of the safety regulations right away. It’s also fun as a spectator so if there is one in your area go check it out for a couple hours, walk the pits, take part in the shenanigans.

Also for a laugh and a good read on the vibe check out their official policy on bribing the judges :

https://24hoursoflemons.com/blog/how-judicial-bribes-work-at-24-hours-of-lemons-inspections/

“Previously, investors in OpenAI’s commercial entity were capped at making 100 times their money before the rest of its profits flowed back to the nonprofit.

With the new PBC subsidiary, OpenAI spokesperson Steve Sharpe tells me that investors and employees will own regular stock with no cap on how much it can appreciate. “

They got exactly what they want anyway. This is no victory.

Brilliant, love these options. I think Dawarich looks fun, and really powerful data gathering that is mapped to places and summarized, which is very cool

So many good options! Ya’ll are the best

“Rather than silicon, the Peking University team built their transistor using [lab-grown] bismuth oxyselenide (Bi₂O₂Se) for the channel, and bismuth selenite oxide (Bi₂SeO₅) as the gate material.

These materials are part of a class known as two-dimensional semiconductors — atomically thin sheets with exceptional electrical properties. Bismuth oxyselenide, in particular, offers something silicon struggles with at ultra-small sizes: speed.”

Not liquid enough.