Sounds about right. It would take a couple of years to setup and execute a plan to finance the "corruption" of the '12 Olympics, which in turn prepared for their Crimean invasion in '14.
The argument for Hyperloop is that there is a "cool" web site in Holland.
I saw that line in TFS and thought "what are we, 10 years old?"
As far as the arguments against hyperloop goes - we've hashed those out ad nauseum before. The only thing that's keeping the hyperloop hype train going is that, somehow, there are still a few Musk fanbois in existence.
Boeing hired Usain Nonbolt
AI generates insufficient revenue per resources in its current form. So many things will go back to normal once the poppage completes.
It's like a bad zit that is not poppable, so gets worse the more you try.
BurstGPT!
Adaptation: Displaced workers successfully shifted to non-metal manufacturing and retail sectors,
So everyone got pushed off to work retail while a few were able to make a lateral shift or take a major wage cut to an unskilled position. Given that there is no lateral shift to make here, it certainly sounds like everyone is SOL. When it averages out the "average base salary of a retail sales representative is $38,240" but "a retail sales representative at a luxury clothing brand will likely earn more than a similar role at Walmart". Which means most people are going to be closer to $30K if they are lucky.
The sound conclusion is that it will push more people into poverty.
Sounds like a lot of claptrap, "we did an experiment on ISS, but we did not measure the effective dose and our conclusions are inconclusive".
What are you talking about? Did you even read the paper?!
Experimental Setup:
The flight hardware was housed in a 4 × 4 × 8 double unit standard-size CubeLab hardware module and consisted of the following main components: two Raspberry Pi 3 Model B+ (Raspberry Pi Foundation, Caldecote, Cambs., UK) single-board computers, EP-0104 DockerPi PowerBoard (Adafruit Industries, New York, NY, US), PocketGeiger Type5 (Radiation Watch, Miyagi, JP) with the PIN photodiode X100-7 SMD (First Sensor AG, Berlin, DE), Raspberry Pi Camera v2 (Raspberry Pi Foundation, Caldecote, Cambridgeshire, UK) light source (0.8 W LED-strip) for imaging, DHT22 integrated environmental sensor suite (Aosong Electronics Co. Ltd, Huangpu District, Guangzhou, CN) for temperature and humidity readings, a real-time WatchDog timer (Brentek International Inc., York, PA, US), and D6F-P0010A1 (Omron Electronics LLC, Hoffman Estates, IL, US) electronic flow-measurement system. One Raspberry Pi (“auxiliary-computer”) running Raspbian v10.18 was dedicated to photography, lighting, temperature, humidity, and electronic flow measurement (EFM) readings, while the second Raspberry Pi (“flight-computer”) controlled radiation measurements, stored in a probed Logger Memobox (Fluke Corporation, Everett, WA, US). T
Conclusion:
With a basic experimental setup implemented as a single small payload on the ISS, it could be shown that the dematiaceous fungus C. sphaerospermum can be cultivated in space while being subjected to the unique microgravity and radiation environment of LEO. Growth characteristics indicated an advantage of cultivation on-orbit compared to the ground control. This could be associated with increased radiation in space, potentially causing a radioadaptive response of the microbe, as has been suggested in analogous Earth-based studies. Further, monitoring radiation throughout the experiment indicated that the melanized fungal biomass may have radioprotective properties in space.
6 Curses = 1 Hexahex