But how does, for example, "1998: Deep Space 1 — Delta II rocket — $86 million" compare to "2025: SPHEREx astronomy mission — Falcon 9 rocket — $99 million"? Are they similar payloads? Are the reliability requirements the same? Could there be a reason the Falcon 9 launch costs more instead of less, as we would expect?
The article does mention interesting reasons why some cost more than others such as scheduling, hazardous payload, weight, non-combined payloads, etc., but without addressing each launch individually there is no way to address the headline, "Why is NASA paying more?"
Incidentally, from the data, I don't see any case of them paying significantly more. It's actually about the same, so even that is misleading.
Dead Comment
It was deleted because it's already tracked
It hit me that in a few years, this may not be available as Docker and other tool suppliers start paying for advertising. We’ll see.
Take a very promising technology that could be very useful. Jump on it early without even trying to get buy in and without fully understanding the people that will use it. Then push a poor version of it.
Now the nurses hate the tech, not the poor implementation of it. The techies then bypass the nurses because they are difficult, even though they could be their best resource for improvement.
Unfortunately many "smart" people insist on telling "dumb" people how to think instead of having the introspection and humility to examine where we've gone wrong and spending a lot of time and effort on fixing it.
No, easier to gaslight the idiots
Not “This is bad because it undermines science, is lying, and unethical, regardless of what people think.”
Back then, the alternatives were a typewriter or hand writing everything. Since I could touch type, hand writing was slower and neither alternative allowed for the kind of easy editing that is enabled by even a primitive word processor.
But yeah, mostly I played games on it. It was a great gaming machine for its time.