

Nah, that shit will probably outlive all of us. As the last humans are struggling to survive in the hot hell they used to call earth, someone somewhere will be making a device with USB A <-> Micro B cable included in the box.
Nah, that shit will probably outlive all of us. As the last humans are struggling to survive in the hot hell they used to call earth, someone somewhere will be making a device with USB A <-> Micro B cable included in the box.
Unless digital artists are replaced with AI entirely, I don’t see that happening. iPads (unfortunately) are kind of the golden standard there. If anything I expect drawing tablets without screens to disappear.
If burned properly they hold storage for a very long time without data loss
They also need very particular storage conditions (temperature and humidity in particular), otherwise they will discrot. But yeah they are likely to store data for longer than solid-state media at least.
Honestly I don’t think that’s tru. There were very few kids who truly tinkered with their computers in the old days too - first because not many kids had computers in the first place, and then because computers started being useful without any tinkering. There are still a lot of youths (12-16) today who are flashing LineageOS on their phone or installing Linux on their Chromebook, or whatever. I know because they keep flooding the NixOS Telegram chat that I’m managing - and I try to welcome them with open arms!
smartphones are a black box.
Many Android phones still have a bit of that tinkering ability to them (you kinda have access to the file system, and you can root them/flash custom android distros), but it’s quickly diminishing because (1) OEMs are locking the bootloaders, (2) it’s getting harder and harder to get hardware working without proprietary OEM hacks, (3) bank apps and other proprietary garbage that’s becoming a necessity in modern times refuses to run on an unlocked phone.
I just hope that something like GNU Taler (which keeps buyers’ privacy and forces sellers to report their earnings properly) becomes the norm, as opposed to the proprietary plastic card transactions we have now. I myself am guilty of switching to that system because cash is just insanely inconvenient, but I also recognize it’s pretty bad.
This is probably because “This app depends entirely on a certain instance of a network service” (cdn.comaps.app), and you have that hidden in your settings. So basically it has the download URL for maps hard-coded.
Next time a consumer get stuck with a practically irreplaceable battery because it’s too expensive from a company, they will look at other companies selling equivalent products, AND how much they are charging for batteries.
No. Just look at the current phone market. The average consumer doesn’t care enough about repairs down the road, or at least it doesn’t affect their purchasing decisions, they are mostly driven by convenience and familiarity. If what you’re saying was true, everyone would be buying fairphones.
I also imagine a business of spare parts because just having to give the right data, e.g. specifications like cell, module, pack, C-rate, E-rate, SOC, DOD, voltage, capacity, energy, cycle life, but also connectors and just size, will probably open up dedicated spare part vendors.
Those specs are already widely available for many phones and in fact you can buy aftermarket 3rd-party batteries for most of them. The problem is that battery replacements are painful, require specialized equipment (at least a hotplate, suction cup, spudger for most phones) and skills (not breaking the screen/glass back, unglueing the battery without exploding it, then carefully glueing everything back together etc). This is what the law should be addressing first; if it were easy to replace batteries (like a 1-minute job instead of 30-minute job), you would see a lot more DYI replacements and probably way longer lasting phones on average.
Cool!
However,
While 3D geometry is more difficult for me than 2D, I could almost immediately tell that the answer is no, there are infinitely many points H that satisfy this. The reason it’s unintuitive is that our intuition about what “perpendicular” means comes from 2D and poorly translates to 3D.
The most intuitive explanation I can muster is this: imagine all possible planes that pass through both A and P. It should be obvious that there are infinitely many of them (I visualize it as a plane “rotating” around the AP axis). Each of these planes intersects the given plane since it passes through A. Think of the intersection line. It never passes through P (unless P is on the plane), so it is always possible to draw a perpendicular line from P to that intersection line. With one exception (when the perpendicular line falls on the A point), the point where the perpendicular falls satisfies the conditions for H. (I think all such points actually form a circle with AP’ as the diameter, where P’ is the parallel projection of P to the given plane, but I’m not 100% sure)
Eh, honestly it’s, like, functional (you can recognize it and draw a facsimile of it in 3 minutes with two pens). I wouldn’t call “it pretty good”.
To me it seems they’re behaving (driving? riding?..) in a very surprising/unsafe manner on the road. Admittedly I’m from a country with a completely different driving culture. Do people just ride scooters like that in China?
Also, there’s this interesting legal question of who is responsible when one of those things crashes into a car or a pedestrian.
Other than that, this is cool as heck and I want my bicycle to do the same now.
For example, in the US, Samsung has had locked bootloaders on all its phones since the Galaxy S7.
Yikes. While shopping for a new phone last year I was under the impression that at least in the European market they still allow you to unlock the bootloader, even on the latest models. The catch is that there’s pretty much no third-party Android distros that work with the phones, because they don’t release drivers or kernel patches and people have to scrape them from first-party OS images, which sounds horrible.
You can (on most Android phones) run an Android fork that doesn’t have Google services running and gets software and updates from elsewhere, e.g. GrapheneOS. Can’t do that with an iPhone. I get that you’re still ultimately dependent on Google to continue Android development and make security updates, but it’s way less of a dependency. And yes, GNU-ish Linux on phones would be awesome.
Both iPhones and MacBooks (to a lesser extent) rely on US services provided by Apple. They (techically) can execute arbitrary code on your devices if you have auto-update enabled (and probably even if not). They’re almost definitely spying on you, your habits, your decisions etc.
Good for the environment? I recycle everything I can. I don’t use plastic bags or single-use cups. I avoid using heating in the winter to save on CO2 emissions (used it for 2 days this winter when my gf was sick). I stave off aircon in the summer for as long as I can to save electricity. I’m vegan (mostly because of ethical concerns but also because meat is awful for the planet in general). I avoid using my car when there’s an alternative (cycling/public transit).
Good for me? I do at least some exercise (stretching, workout, jogging, cycling) every workday and hike on the weekend. I brush my teeth twice a day, floss weekly, and get a full dental cleaning annually, and because of this (and genetic luck I suppose) I never had any issues with my teeth (don’t have even a single filling). I don’t drink alcohol or smoke at all. I avoid caffeine and sugars when possible.
I feel privileged to be able to form those habits, and also often blame myself that I don’t do better. I’m addicted to fat and carbohydrate-heavy foods, can’t bring myself to clean the apartment with any regularity beyond the most necessary, and can’t form a habit of regularly reading books. Sometimes I wonder how other adults manage when they have a 9-5 office job with commute times, kids, etc.
The article is very light on details, but the numbers don’t seem to check out at all. Back-of-the napkin math (assuming a square 1km × 1km solar array and total sun luminosity of 3.83e26 W):
1 km ^ 2 * (3.83e26 W) / (4 * π * (1 AU) ^ 2) * 1 year to TWh ≈ 11.94 TW·h
This is a “measly” 12 TWh of TOTAL energy delivered to the array over a year - not accounting for solar panel efficiency losses (20-24%) or the elephant in the room of transmitting this energy back to earth. For context, China alone consumed around 39 PWh (39000 TWh) of energy from fossil fuels just over the course of one year, 2023. The entire world consumed 55 PWh (55000 TWh) of oil energy in 2023 alone. It’s not even comparable to the annual consumption of oil. If we consider the aforementioned factors, assuming 24% solar panel efficiency and an extremely generous 50% power transmission efficiency, we get:
1 km ^ 2 * (3.83e26 W) / (4 * π * (1 AU) ^ 2) * 24% * 50% ≈ 163.43 MW
Which is literally nothing on a national scale - it’s less than a percent of the Three Gorges Dam output.
Now I said let’s murder them?
You’re advocating for death penalty.
In countries that abolished it, if someone was executed it would be considered murder. So yes, you are advocating for murder.
Interestingly you still only talk about the perpetrators and not the victims.
What do victims have to do with this? I’m not proposing we kill them.
Surviving victims should of course be offered treatment, both physical and mental, as well as fair compensation. It is irrelevant to the question of the death penalty.
Hard disagree. You can own any file encoded with an open standard. And it’s easier to index, search, manipulate, back up, etc. It feels more like owning than having the data on a micrometer-thick metal layer sandwiched in a fragile plastic disc that can easily scratch or discrot. There is a reason people have been ripping CDs since PC CD drivers became a thing.