It's cheap because we are offsetting the cost if its ultimate pollution onto future generations. We do this for everything else, and nuclear is our best chance for a liveable planet - if we don't want to make the slightest effort to give up on our comfort. But we have the belief that humanity will be able to manage nuclear waste for the next 100k years while we don't know how the pyramids were built... and it was only 3k years ago.
Sailfish has a native Nextcloud integration, photos land on your home server without any user action. On iOS it requires opening the app from time to time.
If you’ve watched these guys videos, you would know it’s not some sort of cartoon villain trap. They took them to Detroit, showed them a ton of stuff, let them talk to a bunch of very sincere and cool engineers, gave them a bunch of unobtainium spare parts, and gave interviews on the record with executives. Let’s just say GM’s PR department is running a lot better than their cars do these days. Someone there saw the initial buzz about this find, and obviously convinced the C-suite that they could very easily score huge wins in public goodwill, partly counteracting all the “Who Killed the Electric Car” hype.
If you follow their videos, they and a handful of others have secured title to their EV-1s. There are a small number of ways the cars were able to fall out of the leasing agreement and into properly titled private ownership.
In this case, they took advantage of the fact the car was abandoned in Georgia and went to impound action, which let them buy it from the State with title, bypassing any potential agreement with GM.
This particular vehicle was sold at an impound auction under a court order. Any existing legal ownership of the vehicle prior to the auction was extinguished.
Well, in the end user agreement there are usually clauses that forbids it. It's tolerated in some geographies for interoperability, research and infosec, but you agreed on ToS already.
Probably not as lungs are behind the rib cage and filled with air, making two sources of spurious reflections that could be dangerous with high intensity ultrasounds.
Getting the US through the skull bone is next to impossible due to the acoustic impedance mismatch with surrounding tissues. As a stranger I'm deeply sorry for your situation, and thought your question should be answered somehow...
If you want to dig a little bit, the team of Mathias Fink in Paris explored "time reversal" techniques to get through the skull: one have to emmit from the tumor location, listen with a huge array, reverse the signature and blast. I don't know if this ended with a medical device.
Thanks for the kind words and the response, I'll take a look. Even though it feels fruitless as we've already got doctors working on it and likely much more aware of what's available or coming. I'm just a software engineer who's trying to make sense of it all.
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