Technologically the internet is probably the biggest event, yes.
We lose those kinds of social events (I liked them), but I think we are far better off. All this knowledge instantly accessible.
The 50 or so years from about 1895 gave us powered flight, radio and television, the first antibiotics, nuclear energy, rockets capable of escaping earth orbit, the big bang understanding of the origins of the universe, motor cars and even car phones. They also gave us two world wars which may be significant. By comparison the last 50 years appears rather dull, from this layman's perspective.
People love to bring this up, but always fail to mention the change is almost entirely in China and India. The US has completely stagnated and done pretty much nothing new in the past 30 years.
Rent-collection is the only imperative now.
Manned space flight has been a complete waste of resources and money, and likely will remain that way for the next 100 years.
Since 1970 far more influential events:
- 747 (early 1970)
- Intel 4004 (1971)
- GPS (1980s)
- Internet (1990s)
But aside from that, there have been incremental improvements of 1%/year in areas like fuel efficiency, medicine and metallurgy. That really adds up over 50 years.
The Space Shuttle literally ate America's space exploration budget, and didn't even go past LEO. Everybody knew this, yet nobody did anything about it.
The US needs to adopt space policies that actually advance science and technology, not manned spaceflight just for feel-good PR shots.
A good start would be de-orbiting the ISS ASAP - the final manned space flight should be to send somebody to the ISS with a chain saw.
It helps put todays (communication) satellites into space.
I would guess that your man-in-the-street can identify much more readily with another human doing 'something' in space than they can some 'robot', even if the latter might be more more productive. And what's wrong with some 'entertainment', not every aspect of life needs to be optimised and tuned for full productivity / efficiency.
ISS is expected to function for another 10 years, and its lifetime is very likely to be extended further. Big part of ongoing expenses is transportation of materials and personnel, but it will be lowered over time due to competition.
What are the impacts on individual human bodies, on equipment, crews, projects, international collaboration and cooperation.
But mostly uman-body effects so far as I can make out.
Transfer of which to terrestrial use is nonzero, but likely limited.
I've periodically requested lists of acievements in other fields -- the supposed actual intent of the station. Answers have been ... vague.
Nasa's own list:
Space Station Research Goals, NASA Research:
- Space Life and Physical Sciences
- Research and Applications
- Human Research Program
- Science Mission Directorate
- Advanced Exploration Systems
- Space Technology Mission Directorate
Similarly here:
https://web.archive.org/web/20080123150641/http://pdlprod3.h...
Astronomy, planetary science, reconnaissance, and communications seem to make up the lions share of the remainder.
Space Shuttle wasn't cheaper. It was ridiculously expensive, with designs decisions that shouldn't be made in the first place. If it was just a rocket that launched astronauts into space. That would be one thing. It's quite another to carry literal deadweight into space.
Look at SpaceX's starship program. It's much more ambitious than anything we have on the drawing board. It isn't just another super heavy lift rocket, but a mass manufacturable reusable launch system. Everyone else is still thinking about how they will make reusuable rockets. Meanwhile, SpaceX is making their own game, playing on their own level.
Manned flight isn't a burden. It has nothing to do with why we stagnated in rocket development. In fact, manned flight is the point of SpaceX, especially colonization.
It's particularly galling that NASA is giving Boeing $2B/launch whereas Elon is targeting $2M/launch for a similar capability. Few people believe he'll reach that target, but a miss on such an audacious target will get us far more than spending much more on something that teaches us less even if it's more likely. (And given Boeing's performance lately, "more likely" is in doubt too).
> A good start would be de-orbiting the ISS ASAP - the final manned space flight should be to send somebody to the ISS with a chain saw.
This is the sunk cost fallacy in reverse. Yes, you may question the costs of ISS decisions in the past but right now the ISS is doing real science at a reasonable cost as long as you ignore the massive number of dollars wasted in the past. That money is spent, we can't get them back. Even NASA agrees that it's not worth the money to refurbish the ISS but they're going to continue using it as long as they can without spending real money on it.
* Use the pejorative "fanboi"
* Propose a strawman that manned-spaceflight enthusiasts think it is all about entertainment
Now that we have the rude parts out of the way:Yes, there were many conflicting priorities in various manned-spaceflight programs through US history. Yes, we have had many achievements due to researching human life in space. Yes, a long term (more than a presidency) goal should be sustainable human life on another rock. Yes, we can do both manned- and unmanned- space research simultaneously, if we can attempt to de-politicize it a little.
If you wouldn't mind reviewing https://news.ycombinator.com/newsguidelines.html and sticking to the rules when posting here, we'd be grateful.