Stealing copper, getting under older cars and cutting out catalytic converters, yes. Copper is not a big money maker but it's better than collecting aluminum cans.
The problem with 90% of crime is poverty. They do hundreds of dollars of damage to make a few bucks. If we had universal basic income or better safety nets these crimes would nearly vanish overnight.
Well, except that it's nearly always super damaging.
The US version would be more like collecting cans back when they had a 5 or 10 cent deposit. Today I can't really think of anything like that. Maybe driving Uber/Lyft. Or just panhandling/begging.
We have crackheads in Aus, maybe we need to steer them towards our copper cable so they can rip it up and our government will actually give us the NBN we were promised, with full fiber all the way.
I'm still surprised that Australia didn't do more with the HFC network. Seems like a missed opportunity. Some ISPs in the USA are trialing 2Gbps symmetric (2Gbps up and down) over coax using DOCSIS 4.0, and even DOCSIS 3.1 can get you at least 2Gbps down and ~400Mbps up.
That is a methpipe...a straight glass tube filled with steel wool would be a crack pipe... don't want that awkward silence and judgement from addicts when you call it the wrong name!!!
Damn. I wrote meth and changed it to crack at the last second. I have let my addict heritage down. My father would be disappointed if he wasn't so high right now. :(
It's very valuable as a cable, but as material, it's worthless. Pull on it to hard, give it a rough bend, cute it anywhere, and it isn't a cable anymore.
The unit is Tesla. For reference, the earths magnetic field is around 50 μT on the surface (depending on latitude), and MRI machines have 1.5 T or 3 T. So your 10¹⁰ T might just nail you to the earth's iron core 😂
Given that even 3 T is already considered a large amount of flux, would it be even possible for an object with 10 billion Tesla to even exist? And if so, what would it take to achieve that amount of flux? Does a neutron star or a pulsar* get even remotely close?
* - pulling these examples kinda out of my ass – while i'm sure neutron stars have extreme magnetic fields i'm not so sure about pulsars