609 karma · joined February 2, 2020
What do I do with the cash?
A) keep it as cash
B) Pay off the mortgage
C) Buy some QQQ
D) Buy some T-notes
E) there is no E. I am a simple man. Let's start with a simple solution.
Random samples being even more valuable than biased samples, it would be even more helpful if salvage services scanned all the barcodes and posted everything that's returned from everywhere.
But how do you make money on that? How does society recognize the value of that downward pressure on waste?
Aarush Sah?
For all other businesses, it's a little more complicated. If the patient/employee's knowledge, connections, etc, are valuable enough, then keeping them alive and mentating appropriately is inherently good for the business. The question then is "How do you measure 'enough'?"
Obligatory link to the unspecified-at-the-time Air Force critique of Multics with the introduction of a Trojan horse:
https://csrc.nist.gov/files/pubs/conference/1998/10/08/proce...
> Data centers already consume 200 TWh annually.
That's 7.2 x 10^16 joules
Some estimates suggest that's low. Let's multiply by 5. Annually, that's
3.6 x 10^17 joules
The total radiant power of the sun that hits the Earth's atmosphere is about 174 PW, and about 47% of that lands on the surface. Even with the most drastic global warming models, approximately 100% of that is radiated away at the same time. Evidence: we're not charred embers. So the Earth's power budget, at the surface, is about 81 PW. Annually, that's
2.6 × 10^24 joules
Global annual oil production is about 3 x 10^10 barrels, that's
1.8 x 10^20 joules
So, the data centers consume 0.2% of the global petroleum budget and 1.4 × 10^-7 of the planet's power budget.
The digital economy is about 15% of global GDP, so I submit tech is thoroughly on the right side of their energy conservation balance sheet normalized against other industries and there are other verticals to focus your energy concerns on (e.g. internal combustion engines, including Otto, Brayton, Rankin, and Diesel cycle engines). Among serious people trying to solve serious problems, you would do your credibility a favor by not expending so many words and thus so much reader time on such a miniscule argument.
If you want to talk about energy related to code, take the total power consumption of the software engineer's life, and find a way to big-O that. I'm willing to bet they contribute more to global warming driving than all their compute jobs combined.
Which most programs don't take advantage of.
I guess this is similar: how do you make trustworthy decisions that seem to inherently depend on the network, in the absence of a network? Before the internet, we had phonebooks instead of DNS, and we had cash instead of cards. Did the phonebook have every number? No. Was every piece of cash not counterfeit? No. But it's "good enough". Portable reference sources and tokens. The references are issued periodically and the tokens have evidence of exhaustion, their decay over time. A dog-eared dollar with a bunch of phone numbers on it, half-torn ... the merchant doesn't have to accept it.
How do you do these things digitally? Periodic issue seems pretty straightforward ... if you have a network. Token issuance, similarly, needs at least occasional communication with other nodes in the network.
So there's a local dwell capability.
Is this part of the same reaction we saw with Denmark starting to have emergency stores within 50 km of every Dane? Is this motivated by a need to prepare for war?
As an example, as you're reading it, try posing a few relevant counterfactuals.
consolation