I've worked optimizing MRIs trying to make them faster and more accurate, they're amazing machines (distinguish white matter from grey matter in the brain is very non trivial), but super complicated and expensive. To me, the paradigm change that could come from greater accessibility and throughput to analyze all that data would be having longitudinal baselines (scans every x months), which right now only very few people can access, and for the same reason there's not a lot of data to build accurate models.
Nice job! Sid Meier's Pirates is one of my favorite games, wish they brought it back (I still play it occasionally, can't believe it never got a remake)
Stayed a few times in a place exposed to constant breeze from a tropical Pacific coast beach, and learned that stainless steel doesn't really last very long there. Everything stainless steel-based (fixtures, fridges, handles) rusts in a few years. I'd bet there's a market for upscale alloys
Does anyone know if this has an accelerometer? I recently got a nice sports-oriented smartwatch (non-Garmin), to use it mostly for rowing, but it doesn't track the rowing-rate. It should be pretty easy to program one if the watch has accelerometers, but couldn't tell from the spec sheet (maybe that means no?)
Vancouver also has a pretty nice La Marzocco showroom, the occasionally organize events, and can always go by to view the very nice machines and if you ask politely you'll get an amazing espresso
There's a whole thing this days about building solvers (e.g. SAT or Ising) out of exotic hardware that does compute in memory. A while back I wondered if one could leverage distributed DB logic to build solvers for massive problems, something like compute in DB.
I have a nice copy, at least as of a few years ago you can get them for relatively cheap. I've been meaning to put scans of the text into OpenCV and play a bit to see if there's an underlying code. The number system in the page numbers has been cracked as far as I know.
I found a Minidisc player that had been in storage for over 10 years, probably closer to 15. Runs off a single AA battery; I'd left it with a Duracell and it was still running.
Reminds me of Emilio Salgari (late 19th century, Italy's Jules Verne), one of my favorite authors growing up. He has many books on Malaysian pirates, Wild west cowboys (he's apparently considered the grandfather of the spaghetti western), adventures in India, etc. Always thought he must have been an adventurer, or at least a sailor. He never left Verona.
My electrician drives an electric F-150, it's impressive how useful it is for him. The frunk carries a big box of tools, there's tons of outlets to charge his power tool batteries, he can even run a small welder
I read the Ars Technica version [0], completely insane read if true (LLM allegedly painted target on mom, convinced him he was the matrix's Neo, but kung-fu was already pre-uploaded, etc...)
The paper compares p-computers with D-Wave's quantum annealing machine, which is limited to only solving certain problems (as opposed to universal QC such as Google or IonQ's, that could in theory implement Shor's)
A few years back (10 maybe?) they had a disk crash, and there was a notice that for people with 100 or more problems solved they'd do an extra effort to recover their solutions and add you back, not sure if it was only posted on the main website. I was lucky to get my account back at the time
A few years ago I was evaluating options to move away from a deprecated external latex library my company relied on in Confluence, and tested Notion. I was super impressed at the rendering speed of their latex implementation (KaTex of course). As other have mentioned, not everything is there, but it was sufficiently good for our purposes. The switch was a pain, I hoped that Notion had good tools to move over from Confluence, but we had to do a custom job relying on sketchy undocumented APIs