knubie
> Allow workers to freely migrate between countries to seek employment without restrictive immigration controls. Demilitarize the border, end all immigrant detention and deportations, immediate amnesty for all immigrants regardless of current immigration status, and provide access to jobs, labor rights, and social services to all immigrants.
> Infrared still image (black hot) captured of unidentified object *below helicopter* over western United States in September of 2025.
Does the elixir->js compiler exist as a separate project, or is it built into the framework? Is it based on an existing transpiler? How does it compare / contrast to something like gleam (which, AFAIU also let's you transpile elixir to JS)?
Let's be honest, Europeans haven't valued their "friendship" with America since the end of the cold war.
With regards to cloze deletions the author writes:
> cloze deletions in Mochi are very verbose. [...] This is a lot of typing.
First, the numbering (1::) is optional. Secondly there are keyboard shortcuts, cmd+L to wrap in {{}} and cmd+1,2,3 to add numbering.
The point about note types is fair, and I may a similar function eventually, but I recommend most people to create no more than 10 cards a day. Any more and you risk getting overwhelmed with reviews. In the article the author shows an example of creating 4 (or more) cards for a single atomic element. This excessive card creation probably contributed more to the 1700 overdue cards than the algorithm (more on that later). If you really do want to create multiple cards like this you can use cloze groups. E.g. {{1::Helium}} (symbol: {{2::He}}) has atomic number {{3::2}}
Finally, the "biggest problem with Mochi". This is kind of a moot point now that Mochi has an FSRS option, but there are a lot of misconceptions in the article about the algorithm. First being that Mochi's algorithm is inferior to SM-2 because it is simpler, and that the rational for it being simpler is because "the user can reason about the algorithm more easily." I'm not sure where the author got that idea, maybe I mentioned it before as an advantage, but it's not the main reason. The main reason is that the additional complexity in SM-2 is actually detrimental in some subtle ways. [0] The author just assumed the algorithm was worse and gave up.
With regards to the forgetting multiplier the author states:
> If I forgot something after sixty days, I surely won’t have better recall in thirty.
But what is the evidence for this? The assumption here is that the knowledge was "completely lost". For the card to have gotten to 60 days in the first place, you must have remembered it previously after 30 days. Evidence show that reviews strengthen memory, not degrade it. Even FSRS does not completely reset the interval after a forget. I get that the author doesn't want to configure things, but lowering the multiplier to 0.2 for example seems a lot easier than building a brand new SRS flashcards app.
Criticisms aside I really do like the idea of hashcards. Plain text, offline, open source. It checks a lot of boxes that I personally look for in software and I'm happy to see more options in this space.
[0] https://web.archive.org/web/20200926103540/https://massimmer...
Are the dedicated eink monitors (like Dasung) better in this regard?
[1] https://www.youtube.com/watch?v=JR2sMeXLuLw [2] https://www.youtube.com/watch?v=3riyyEmWwoY
What does any of this have to do with local first? Most online only apps have this stuff too.
> Those codes let you quickly reference notes in your vault from other places such as hand-written notes.
It's a vicious cycle. Phone manufactures make the screen bigger, app and website developers realize they can cram more junk on the page, consumers demand larger screens as a result, return to step 1.
https://developer.apple.com/app-store/review/guidelines/#lin...
> So it's about $650 to produce that entire phone. But what we're doing by selling it for greater originally, we're looking at a lot of differentiators for us. It wasn't just made in the USA. It's the fact that it's a secure supply chain, that you know, staff that's completely auditing every component, which means we're selling to a government security market with all those additional layers that we've added on top.
So I guess the answer is that they're selling to the "government security market" so they can charge whatever the hell they want.
You mean like how Europe has made themselves completely dependent on Russia for energy? How's that working out?
Having a picture of jewelry is not even remotely close to having actual jewelry. When you pirate something you destroy its value, that's basic supply and demand. Sure, everyone has the stuff, but it's now worthless. Great for the consumer obviously but terrible for the producer.