jjk166
Joined 9 years ago
Joined 9 years ago
"This experiment" being a radically different method than the one under discussion. Wikipedia pulled something useless from someplace irrelevant, which is exactly what should be described as "pulled out of their butt."
The LHC is also neither a nuclear reactor, nor a gold making machine. You can make gold with it the way you can use a space shuttle to deliver newspapers. That it is possible is an interesting tidbit of trivia which you might include in an encyclopedia article, it is not however evidence supporting the claim that newspaper deliveries cost millions of dollars.
You're assuming that high paying jobs are good jobs. While high pay is obviously desirable, the jobs themselves often suck, and people are paid those high premiums in part to put up with the sucky conditions. If lots of people both enjoyed and were able to perform a job, the pay would be low.
Okay, but were you coming to the restaurant for social interaction with the waiters? Have you stopped going to those restaurants that serve you good food at a reasonable price and which are otherwise desirable places to eat because of the lack of social interaction with waiters?
People dislike places that charge too much for mediocre service, and those places disproportionately use the QR codes for ordering and don't pass on the savings from labor reduction to the consumer. Very few people actually miss their waiter interrupting their conversation to tell them the specials.
> "...the production cost is estimated to be a trillion times the market price of gold."
Wikipedia just pulled this one out of its butt. The value of a neutron in a nuclear reactor is the opportunity cost of it not hitting a uranium atom to produce fission. 1 mole of neutrons can produce about $100,000 worth of wholesale electricity assuming 40% efficiency. 1 mole of neutrons could alternatively produce 1 mole of gold, which is worth about $26,500. So it's roughly 4 times the market price of gold.
Of course there would be the cost of building and running the reactor and the associated chemical processes to collect the gold, but these cost are probably similar orders of magnitude to mines and refineries. Certainly not 12 orders of magnitude more.
While it's not economical to make gold this way, it is economical to make certain medical isotopes this way.
If you actually loaded gold into shipping containers and obeyed the weight restrictions, all the gold in the world would take up less than 8400 TEU, which would be considered a mid size cargo ship.
How are we defining a practical timeframe? How many billions of man-years did it take for a human to come up with velcro? In a world without velcro I could easily imagine an llm proposing the idea long before a pure human team.