From moondrop?! I have some really cheap iems from them, they’re great

Opaque thorax

It’s not engineering either. Or art. It’s only barely writing, in an overly literal sense.

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Or to stop doing business in Japan entirely

Lb is the Latin abbreviation for a pound, which English has inexplicably assimilated.

It’s a 32" TCL. Those are like $130. We’re talking a 5-10% increase in price which definitely isn’t double, but it’s significant enough to dramatically affect sales.

Pretty much every landlord in the world will let you hang things on the wall, so long as it’s not unreasonably destructive. They’re pretty much planning on doing a little spackle and painting the place when any tenant moves out anyway.

A tv mount usually only requires 4-6 screw holes, which wouldn’t be hard to fix later on.

Going all-digital is better for sound quality.

This doesn’t make any sense. All sound signals must convert to analogue at some point. You simply cannot vibrate the air creating sound waves with a digital signal. Technically I suppose you could, but all you music would just sound like unintelligible beeping, and you’d still need some kind of amplifier to hear it anyway.

All we’ve done is move the DAC from the phone into the earbuds, or maybe a dongle. The latter may result in better audio if you have a high quality dongle, but the DAC in a pair of wireless earbuds will almost always sound worse simply due to size and power constraints.

It’s unclear if this even happened in the US; CD Projekt is Polish…

Also consider that the gun wan apparently, no shit, a flintlock pistol. They may have thought it was a prop or something.

And it’s demoing something Elite Dangerous has had for years.

Assembly effectively is coding in binary. Been a long time since I’ve looked at it, but you’d basically just be recreating the basic assembly commands anyway.

I guess you could try flipping individual transistors with a magnet or an electron gun or something if you really want to make things difficult.

If you actually want to one-up assembly coders, then you can try designing your own processor on breadboard and writing your own machine code. Not a lot of easy ways to get into that, but there’s a couple of turbo dorks on YouTube. Or you could just try reading the RISC-V specification.

But even then, you’re following in someone else’s tracks. I’ve never seen someone try silicon micro-lithography in the home lab, so there’s an idea. Or you could always try to beat the big corps to the punch on quantum computing.