The breadth of capability this guy has is insane to me. Almost every time I watch one of his videos I find that he’s managed to basically gain a new field of expertise. It’s really impressive.

As an Australian, do I have anything I can do to help make sure that these regulations are implemented?

Looks cool, wishing them the best of luck. Would be awesome to have a properly functional open source CAD software to compete with the likes of Fusion.

I’m not supporting higher education becoming reliant on for-profit companies like this, but AI tutors and the like, if properly implemented, would be kinda awesome. For example, it’s usually not feasible to have real life staff on hand to answer student questions at all hours of the day. Especially at the more early years of university, where content is simpler, AI is more than capable of meeting needs like this.

I don’t fully agree with most of the people on this thread. I also hate AI slop being forced into what feels like all aspects of our life right now, but LLMs do have some genuine uses.

Yes, but I was saying the Blackhat marketplaces wouldn’t really have much recourse if the person selling the exploit knew how to cover their tracks. i.e. they wouldn’t have anyone to sue or go after.

I always wonder what’s stopping security researchers from selling these exploits to Blackhat marketplaces, getting the money, waiting a bit, then telling the original company, so they end up patching it.

Probably break some contractual agreements, but if you’re doing this as a career surely you’d know how to hide your identity properly.

This method uses magnetic resonant coupling (vs inductive which is how wireless charging works on your phone). The difference is the transmitter and receiver are both tuned LC circuits that operate at their resonant frequency, which is why this works over the impressive range shown in the video. It would have efficiencies around 80% mark based on what I could find. But yeah for RFI, this would definitely be worse than something like normal Qi charging, which operates in the 100s of KHz, while this operates in the MHz. But I think the manufacturers page says this is FCC certified? So might be not too bad.

Yet another person commenting without having watched the video.

Wireless peripherals and any wireless data transfer protocols are completely irrelevant to the content of this video, which is centred around wireless power transfer.

Also wireless peripherals are pretty great, not sure what you’re on about.

Very surprised that this is the only comment in this thread mentioning Nutanix.

I’m surprised I haven’t seen Nutanix mentioned at all here tbh. Direct competitor to VMware.

I switched from the default reader to koreader, and now I have dark mode (mine is probably about 8 years old and did not originally have this feature). Koreader has so many features and qol improvements compared to the default Kindle experience.

Yeah this is exactly me. Also a quick tip, if you’re on windows, there are some registry tweaks you can do to help prevent the GUI slowing down when lots of programs are open at once.

I built my PC recently and splurged to get about 100gb of ddr5, thinking it was going to be a waste of money.

I couldn’t have been more wrong, there are occasionally times when I’m almost running out of memory. How? Multiple desktops, each with tons of programs and stuff open, including probably like several hundred Firefox tabs open at the worst of times.

Basically, extra ram has allowed me to kinda postpone the responsibility of having the close programs, maintain cleanliness, etc. I still have to stay organised using desktops so I don’t go crazy with the number of things I have open, but I’m the limiting factor here, not my computer. And that’s a super liberating feeling.

TL;DR: you can NEVER have too much ram.

“Good Squad” is peak headline. They do look like a bunch of gooners.

Something straight out of 1984. When I read the novel in high school I was naive enough to believe it would never be reflected irl to quite this degree.

If Qualcomm released a FOSS RISC-V IP core that would’ve required spending multiple millions on hardware engineer salaries (no chance in hell), I would:

1. Spontaneously ejaculate
2. Pull out my FPGA

takes this opportunity to develop a high performance RISC V core

They might. This would never be open sourced though. Best case scenario is the boost they would provide to the ISA as a whole by having a company as big as Qualcomm backing it.

Idk about wisdom but I can attest to a speedy loss in faith of the human population.

Great. Now I’ll have to buy this to justify overspending on 96gb of ddr5.