This is exactly what's needed to get general users off of Windows.
Anecdotal, but whenever my friends/family are looking for a basic laptop I almost always suggest a Lenovo for the price/performance/quality they're looking for in the $400-600 range, even though I myself would never get anything besides a MBP.
I would recommend this to them instead every single time. The build quality of macs are unmatched and now in everyone's price range.
I think that’s why the author put “vector” in quotes. I kind of imagine it as an ephemeral, infinite list where for some real, when we use that real value as an index into our “vector”/function, we get the output value as the item in this infinite, ephemeral list.
I think the only thing that matters is that the indices have an ordering (which the reals obviously do) and they aren’t irrational (i.e. they have a finite precision).
Imagine you have a real number, say, e.g. 2.4. What stops us from using that as an index into an infinite, infinitely resizable list? 2.4^2 = 5.76. Depending on how fine-grained your application requires you could say 2.41 (=5.8081) is the next index OR 2.5 (=6.25) is the next index we look at or care about.
When an alarming number of friends (all under 40 years old) from the same small neighborhood in my hometown were diagnosed with leukemia I started to look into the superfund site nearby. The pond that is connected to the stream that supplies the municipal wells in the area was still disgusting (with visible oily residue on the surface) nearly 15 years after the company, Congoleum, stopped operations and the plant was demolished. Soil testing some years earlier revealed benzene, which has been linked to AML.
This is one of the most impressive demos I've ever seen. Truly incredible. I have been dreaming about working on something like this for a while. Open to help?
I've been building https://heylangley.com as a solo side project for a little while now. The initial MVP took about 2 months, though I have not had much time to market it. It's pretty much identical to this. I also applied to YC for W23 and was rejected.
Not sure what else to say beyond this: if you have a project that you've been wanting to start, believe in yourself and build it!
This reminds me of a time when I was meditating in my dimly lit office after work some years ago. For context, I had been meditating daily for 20-30 minutes quite consistently at the time.
During this session, about 15 minutes in I had the sensation of "seeing with my eyes closed". I could see very clearly my workspace, desk, monitors, keyboard, etc. It was one of the most remarkable experiences of my life.
Just bootstrap a second fusion power plant with the first, then continue on, similar to how compilers for a language can be written in the language itself.
Interesting – I was just looking into visiting/living in Svalbard for a couple of months for the unique experience of it. Unfortunately, I could only find one apartment building [1] and the price for an apartment was $6,000 USD.
I've read that most of the apartments are owned by companies, and you have to work for the company to have access to the apartment. Does anyone know of any other alternatives for a short stay there?
I have ADHD-I and I'm feeling almost exactly the same way, right up to a falling out with a company I had significant ownership in/was part of the founding team.
How are your daily routines? Are you taking breaks and pursuing the things you actually enjoy doing? Have you thought much about the kind of experiences that have brought you the most joy/satisfaction in life (both at work and outside of work)?
Maybe watch this video and see if it resonates with you. It's a talk by Dr. Russell Barkley on ADHD and it's what made me finally schedule a full analysis (after literally decades of putting it off).
To me, it means understanding the basics of data structures and algorithms, and knowing when and how to apply them to solve problems.
A couple of examples:
Seeing a sorted list of items and knowing how to find an item in that list most efficiently (binary search) [0].
Looking at a map of cities and the roads connecting them (including distances between cities) and knowing that you can use a graph to represent the cities and use Dijkstra's algorithm [1] to find the shortest path between any two cities.
Essentially, being able to look at a problem and see how that problem can be mapped to (and solved by) a specific type of algorithm, then being able to implement that algorithm to solve the problem.
This article just kind of did that for me. Loved that they likened Lisp to Lego blocks a few paragraphs after I had the exact same thought (when they mention that "everything is an expression").
Even after having read Hackers and Painters and some of Clojure for the Brave and True, this is the article that makes the power of Lisp click the most for me.