But probably not all that great for long hauling. Though I believe there is an easy solution. A small second trailer shaped like a cone for aerodynamics that is full of battery and is connected by cable to the semi. Then for long hauling you simply stop off at a depot and drop off the batter trailer and hook up a charged one.

This is the first step toward adjustable prices. Weather is hot, all cold beverages are 25 cents more. Snowstorm en route, snow shovels are now $40.00 instead of $25.00. It is price on demand.

Because our executives are too dumb to come up with a new idea for you to work on.

Executives should be prevented from receiving bonuses any year in which there are mass layoffs.

Then they leave only violence as a recourse. There needs to be a legal recourse. Otherwise, those who suffer the consequences (e.g. black lung, asbestos, who knows what from the thousands of pesticides, etc). Then victims with no legal recourse will be left to resort to illegal recourse and violence.

I think the only Premium TVs left are the business TVs that give you meaningful mechanisms to not have intrusive "Smart" features.

Is there a meaningful difference between a Sony TV that harvests data and won't let you opt-out of "smart" features, and a Wal-mart TV that harvests data and won't let you opt-out of "smart" features?

I guess I am blessed to not be an audiophile and not have flawless supervision :)

FWIW, I have:
- a 20 yo 720p dumb 42" plasma
- a 20 yo 1080P dumb 50" plasma
- a 1yo 4k Samsung 65" TheFrame TV

That last one was a splurge I wanted because the "Art Mode" is just too beautiful, and at the time, Samsung really had the only coherent offering. (I guess there are now "off brand" ArtTV attempts from HiSense and others.. i have no experience with them.)

On the ArtTV, we watch youtube or DVDs or XBox on it a little of the time, and all that stuff looks fine to me on the 65" Samsung. But the TV is otherwise displaying pretty artwork almost all of the time, and whatever Samsung has done with the screen, dimming control, bezel, etc, really does work and really is lovely. And you don't need a service or an app to get the experience - just stick a USB full of public domain masterpieces into the TV.

Even so, the Samsung ecosystem is pretty annoying. I can have it show my images in ArtMode, but i cannot have the "real" experience you'd get with a subscription - with Art XML metadata and stuff (artist, date, etc). We don't always remember what a piece is or who painted it when it comes up..

Anyway, AFAIK, the only way to get TVs that aren't enshittified spyware is a business SKU, right?

In my house, we use Steam to play "windows-only" games on:
- Devuan with XFCE
- Devuan with Cinnamon
- Arch with hyprland
- bone stock Ubuntu 24
- ubuntu 25 laptop w/ second GPU

From my POV, there's not much need to port games to Linux. With the heroic efforts of Valve, most Windows games now just work. Win32, DX, D3D, and whatever else windows game devs have been using seems to have become the defacto reference gaming API on Linux.

Steam makes it work on every linux distro we've tried.

In writing this, it occurs to me: The F/OSS ecosystem does a very good job of re-implementing someone else's API/products (WINE, Proton, LibreOffice, etc)

The F/OSS ecosystem does a comparatively poor job at independently developing its own technology and then standardizing/universalizing those choices. E.g. the transition from X11 to Wayland; the systemd "situation(s)", desktop environments... gui greeters, audio muxers...

I think Valve has done the right thing. They made existing games work on Steam; they made Steam work on most linux distros.

Making everyone use a reference linux platform seems to be a total non-starter.

We already have a reference gaming platform: Windows 7 thru 10. And what we learned in 2025 is that Steam on nearly _any_ Linux often implements that windows reference gaming platform better than Windows 11 does.

The Western Digital color branding was nice. This gets rid of the simple color performance labeling.

=(

Hamming distance is the term you're looking for.

I was going to post a very similar comment: these people are not coders but they are project managers, and they are "employing" AI as their coding employees.

The thing is - there's "nobody" to take credit for the work, so the manager gets credit for something they didn't do. So it's definitely a skill and is work, but it isn't "coding" at all.

It's an interesting world - the AI is an extremely inexpensive employee and has enough skill to displace increasingly higher-skill tiers of actual software engineering and programming.

If I was running these hackathons, I would disallow AI or I would allow people to hire "code-as-a-service" people. Those seem functionally equivalent activities, just with AI being vastly easier to manage the logistics and you don't have to pay employment taxes or benefits to the AI.

It's no wonder there is so much tension about the many uses of AI - instead of hiring people to do work, it's another instance of paying to use a machine to do work at a price point lower than paying people.

The important distinction though is if this was a "preventable" failure that is due to something the engineering community already knows but was just omitted or done carelessly, or if the failure was indeed due to some new physics or unique application.

But just saying "hey we learned that this didn't work" is only useful if you learned a new thing that didn't work - if instead you had a structural failure because you didn't employ known best practices... that's wasteful.

I don't think we know enough at this point to know which case of learning this is. Hopefully it is truly new learning and not just "oh whoops we forgot to inspect those welds."

The unfortunate aspect of that philosophy is that our society now confuses "don't censor political speech I don't like" with "don't censor falsehoods which are tied to politically-charged topics."

We should absolutely encourage discussions about things we may not agree on - but we should also not give audience to things which are demonstrably incorrect.

How much of this, I wonder, is that Qualcomm has patents on things integral to the physics? So that inherently anyone else trying to make a modem has to use alternate means to make it work, which are basically poisoned by the standard so of course they won't work as well?

It can't really be that hard to make a radio from a physics standpoint, but I bet it can be difficult to work around patents. Especially if it's a "dumb" patent like "put a filter here" which should have invalidated the patent due to "anyone skilled in the art" of radio devices... but because of it competitors can't put a filter in that exact spot, so have to figure out some other place to put it which of course doesn't work as well because it isn't where you'd want it...or "we set this frequency so it can only be done using a component with this material's band gap, and we have the patent on this material" or something like that.

...an article worth considering from Princeton University's Zeynep Tufekci:

We Were Badly Misled About the Event That Changed Our Lives

Since scientists began playing around with dangerous pathogens in laboratories, the world has experienced four or five pandemics, depending on how you count. One of them, the 1977 Russian flu, was almost certainly sparked by a research mishap. Some Western scientists quickly suspected the odd virus had resided in a lab freezer for a couple of decades, but they kept mostly quiet for fear of ruffling feathers.

Yet in 2020, when people started speculating that a laboratory accident might have been the spark that started the Covid-19 pandemic, they were treated like kooks and cranks. Many public health officials and prominent scientists dismissed the idea as a conspiracy theory, insisting that the virus had emerged from animals in a seafood market in Wuhan, China. And when a nonprofit called EcoHealth Alliance lost a grant because it was planning to conduct risky research into bat viruses with the Wuhan Institute of Virology â" research that, if conducted with lax safety standards, could have resulted in a dangerous pathogen leaking out into the world â" no fewer than 77 Nobel laureates and 31 scientific societies lined up to defend the organization.

So the Wuhan research was totally safe, and the pandemic was definitely caused by natural transmission â" it certainly seemed like consensus.

We have since learned, however, that to promote the appearance of consensus, some officials and scientists hid or understated crucial facts, misled at least one reporter, orchestrated campaigns of supposedly independent voices and even compared notes about how to hide their communications in order to keep the public from hearing the whole story. And as for that Wuhan laboratoryâ(TM)s research, the details that have since emerged show that safety precautions might have been terrifyingly lax.

Full article