Part of it was to create new jobs and hire people, meanwhile they - *checks notes* - fired a bunch of people?

A lot of them don’t know the difference between ab, abp ublock and ublock origin

Whoosh

Also if you want a domain but dont care about the actual address, a .xyz domain composed entirely of numbers with less than 10 digits is $1-2 + same as renewal fee per year. $1.22 for me on porkbun

Just be sure to redact the whois information bc you will get a call from scammers trying to get you to register your domain on some “internet map” for a small fee acting as if its some step in your setup process you havent done yet

Typically if you report the phone stolen to your provider they blacklist the IMEI which gets shared with other providers so the phone can no longer be used. I was unclear on this part but a new e-sim can be provided for the new phone, and the old sim banned or the old one transferred. Regardless, the old phone will still show the IMEI/sim/phone number, which is how they got that to text them

The phone itself (by IMEI) is a brick. The sim and same phone number were assigned to a new phone and they texted that number

What kind of emails are you sending to what kind of people, and how frequently that AI increases your productivity? I don’t think I ever have emails that AI could do better or faster, since it’d probably take longer to explain to the AI what I need it to write than to type it out myself. Then again I’m in an engineering setting and it’s pretty much just numbers, confirmations, basic requests, and issue descriptions, IT tickets, mostly

I have more than once found a post my exact problem with an exact solution and sources, only to go back and realize it was my own post from n years back

crushed on a roadway

shot

Ok, some impenetrable, invincible metal.

And Nickel 63 is… radioactive material

Such is the miracle of sufficiently trained autoencoders

I heard 10 number addresses can be fairly cheap but I’d check renewal fees

https://youtu.be/Z5aHMB4Tje4?si=Q1Qe2Muj3wCltWGq

There are a number of factors involved. Each phone will support a number of protocols and charging speeds, as will the charger. The two devices will typically perform a handshake to negotiate a charging speed before charging begins. This is what allows the voltage to be adjusted, for example to 9/12/24V rather than the 5V default. Then you have to consider the maximum power to be delivered. Some devices might negotiate a higher power, which at the same voltage will result in slower charging.

Tldr on voltage vs power vs current: power = voltage * current. You want to minimize current in the long wires and connectors/ contacts where there is high resistance because resistance causes power loss, so you use higher voltage until it reaches the end device before dropping it back down.

If the Android device negotiated 18W and the apple device 25W for example (idk what apple does) then the apple device will charge faster. Also, if the apple device has a smaller battery, it will charge faster. You may be able to get faster charging with a different combination of port/cable, charger, or settings on the Android device. For example, I restrict my phone to charge to at most 85% and slow charge because it keeps the battery from degrading as quickly, so I can still use my phone in several year’s time without having to recharge it every few hours.

Many of these types of ideas are to use an easily compostable material and mix it into the plastics as a filler or add tons of binders. The most common 3d printing plastic PLA, is technically biodegradable but will only undergo sufficiently rapid degradation in industrial composters which have elevated temperatures. I was investigating using cellulose acetate based filament but it seems there are still quite a few issues with what I was able to find in the literature (low flexibility and brittle, additives can interfere with biodegradability). Some proposed methods use other plastics that seem to respond well when mixed with cellulose and the same plasticizers but I haven’t seen much other literature focusing on making cellulose based (as the main polymer, not as an additive) filament (not printed dissolved in a solvent as a gel and then dried).

https://www.youtube.com/watch?v=jCsnVp6mEbk

As for this method, if using binders that are easily and cheaply made, and are biodegradable, then I see no issue other than needing to use specialized printers. TBH I wouldn’t mind prints which can’t withstand being dipped in water because most prints probably aren’t being wetted anyways.

I mean moreso on the life steal;

He’s been dealing with NY screwing him for years after they misfiled his business - they didn’t merge his temp license into his actual license once he received it, so when he filed taxes it only applies to the real business license and not the temp license. Because he had the real business license, he no longer had access on his account to see the temp business license. That temp business license then started missing years of tax filings, and they put a lien on his business. Once again, he never knew because he didn’t have that business license on his account. Also, he did not get any mail because whoever fucked up merging the licenses in a spreadsheet did it to 400+ businesses and also replaced the address for all of them with some random PO box in another state. That meant that for years he’d been getting denied for loans to try and expand his business unlike other businesses in the same field, because of something he could never have known about. The only reason he did find out was when he decided to move his business to Texas for a number of other NY related reasons (e.g. them trying to stop him doing business for selling abandoned laptops because he didn’t register them even though he didn’t need to, not giving or responding to inquiries for permits, etc.) And only then once he sold his business and had 1M sitting in his bank account did the bank act nice and give him am agent who then relayed that there had been a lien for almost a decade

More like New York bureaucracy