blevinstein
There definitely is a technical debt bankruptcy option.
You can stop using a particular piece of code or technology, e.g. by replacing it (with new code, or a third-party/vendor solution), or re-architecting a system or business process so that the code's function is no longer needed.
This is exactly what the technical debt metaphor means. Short-lived systems can accumulate a lot of technical debt without as much concern, because you're planning to declare bankruptcy (deprecate and decommission) the code soon anyways; long-lived systems must plan to pay off their technical debt on the usual installment plan.
Sounds like a lot compared to annual income, but that's trivial if you're trying to retire and live off these assets until you die. Especially since public support, pensions, etc have been eviscerated.
Assuming you can get income of 5%/year from your assets (obviously depends on interest rates, investment mix, etc), 50 percent of people would need to survive on 20k/year or less to retire.
That's not being wealthy. That's choosing between abject piece, and working until you die. Dystopian.
It's not pretty, but it works, and it has become my standard practice, so that I get consistent behavior between claude cursor codex etc.
Also, SpaceX only sold a tiny portion, and Elon is only a trillionaire based on unrealized value of unsold stock. If it crashes before he sells any, he might go back to being a "normal" centi-billionaire.
(The other common cry is "child sex abuse" but for obvious reasons this administration is less interested in talking about that particular topic.)
I want to code from my mobile device when my laptop is off or unavailable, pushing PRs directly to GitHub. Codex mobile only works with a desktop machine, at which point, I'll just use that machine, what's the point.
Google has dozens of properties and it is easy to generate an email from one of them that seems to confirm the attacker's identity. Never trust any of these to identify a legitimate representative.
The best solution to hallucination and inaccuracy is to give the LLM mechanisms for looking up the information it lacks. Tools, MCP, RAG, etc are crucial for use cases where you are looking for factual responses.
https://www.reddit.com/r/googleworkspace/s/NtJpputXtg
There was something in Google workspace that allowed the scanners to have an email sent to them, AND an additional and of their choice. But when I asked about calling them back, I was told that wasn't possible, which made me suspicious.
Assuming it's just using the accelerometer to detect freefall, is there any way to distinguish ascent and descent? GPS is probably too inaccurate and too high-latency to assist here.
Perhaps it can tell the difference between reaching terminal velocity and crashing into the ground, and it penalizes the former?
US Space Force members to be called “Guardians”
Overall, a 4-6 hour task, to be completed on your own over a 1-week period, seems reasonable to me.
It's also worth noting that IQ is not a particularly good predictor of presidential success, and only a partial measure of intelligence.
https://en.m.wikipedia.org/wiki/U.S._Presidential_IQ_hoax#ci...
1 + 2 * product(p', p')
must be divisible by some prime number, where
product(p', p')
is the product of all primes you were talking about.
These are not large denomination bills.
Basically, it means that you can send information (in one direction only), without paying for use of the telecom network. Taken to an extreme, it should be possible to create a "free walkie talkie" app that worked all over the world, for free, by repeatedly calling back and forth but never connecting the call.
https://github.com/blevinstein/SRAsteroids
To see what it looks like, you can check out this youtube video:
https://www.youtube.com/watch?v=_hSCz7tRl1s
I wrote an engine that modeled object positions as "timelines", where position varies with time, and demonstrated the basic relativistic effects (length contraction, time dilation, and frequency shifting). Unfortunately, I never really figured out how to turn these into actual game mechanics.
https://github.com/blevinstein/SRAsteroids
To see what it looks like, you can check out this youtube video:
https://www.youtube.com/watch?v=_hSCz7tRl1s
I wrote an engine that modeled object positions as "timelines", where position varies with time, and demonstrated the basic relativistic effects (length contraction, time dilation, and frequency shifting).
Unfortunately, I never really figured out how to turn these into actual game mechanics.
I was working on something similar recently: https://github.com/blevinstein/chess_assistant/blob/master/s...
I had been thinking about ways to analyze the graph of "threats", so I focused on which pieces were threatening which. I wanted to eventually extend this to also include which pieces were threatening which squares, but never got that far.
Then, he modified it slightly to scrape facebook username/passwords, and gave the URL to all his friends. :)
I wonder whether modern security practices (e.g. https everywhere) will make proxies less lucrative (and therefore less common).