I agree with you about science-per-dollar, but I don't think that was ever the criteria for large projects like this (or ISS). Sometimes the payoff is in learning to do the next hard thing, building the next generation of tools, etc.
Yeah, Musk could've made money faster. He also could've simply retired after PayPal. Evidently he's not a person who'd do that.
The last decades have been dominated by tech giants building mostly software, and this has set the bar for risk/expectations when ideas are competing for dollars.
It is not at all obvious to me that a hugely expensive and insanely high risk venture such as putting humans on the moon would magically materialize as a product of a hypothetical free market in today's world.
Moonshots require risks and rewards shared by larger society. It would be impossible, for example, for NASA to capture the complete value of technology developed to go to the moon. However, the body of knowledge filtering out into society at large justifies NASAs continued funding (that and jobs in key states /s).
It would be hard to justify that SpaceX was a rational business venture without hindsight. And many emoyees who work for SpaceX are known to have made economic tradeoffs. There is definitely something beyond "free market" to the story.
In some ways true, but it's hard for me to accept they're a cold, calculating money-grubber despite the common refrain that corporations only exist to make money. SpaceX will gain an absolute massive amount of public goodwill by bringing humans back to another celestial body after 50+ years. That goodwill pays off over the long term in money terms.
(The remainder of SpaceX is owned by investment funds, Google, etc, whose motivation is much closer to just "make money".)
no it doesn't. Goodwill merely keeps the company in the limelight, and if they sell some goods/services, this goodwill is "free" marketing. Good will doesn't pay debts nor obligations.
> it's hard for me to accept they're a cold, calculating money-grubber
better accept it, and the sooner, the better!
The goal was, and IMO still is, to put ourselves in space.
I fully agree that "put ourselves in space" was the prime driver for NASA up through Apollo, and has certainly played a role since, but NASA as a driver of scientific discovery has become, I think, the main NASA thing.
Also, there are frameworks for evaluating science output per dollar. This is what funding agencies do when creating and managing grants. There is alot of subjectivity involved which is why DOE program managers, for example, are pulled from practicing experts in the relevant field and tend not to serve very long in those positions before circulating back.
This is strange to think about. Are these valuations public? Can science be traded between government agencies or other countries? Does science that gets made become devalued over time? Is there like venture capital where VCs deploy science instead of dollars? Has the value stabilized yet such that we can predict how much science we'd get with an arbitrary amount of money or vice versa?
Genuinely interested in learning more since it feels like if we can properly tie "science" to $, we can predict the future by looking at budgets, no?
A moon telescope is actually a very promising idea.
https://www.nasa.gov/directorates/spacetech/niac/2020_Phase_...