Civilization's toughest technical challenges are those that require extraordinary (and constantly improving) performance to be delivered at a low cost.
The way they explain how advancements are possible by throwing money at it and ramping up man-hours doesn‘t sit right with me. That’s not how it really works. There‘s a reason why the US suddenly caught up to the technology in the mid 1940s. The engineers and scientists who joined their jet engine force weren‘t just random university grads that suddenly spawned.
I mean… That’s basically how you accomplish this kind of thing. You throw educated people and resources at the problem for as long as it takes. Often you can do it faster with more people working on the problem. How is that not how it really works?
I mean you can certainly save time by looking over someone else’s shoulder, espionage and defecting engineers have of course led to local advances, but the process is generally the same. Development takes time and effort, and that equals money.
I can’t remember where I heard this quote but somebody was one saying that the television wasn’t invented because somebody wanted a television, it was invented because thousands of scientists over decades worked on ancillary technologies that culminated in the television.
The most recent major invention in jet engines came from the 3D printer industry. I don’t think anybody who was working on 3D printers was really necessarily thinking that this could be applied to jet engines, it’s just how it turned out.
Most of the mathematics behind modern computer graphics were come up with in the 18th century. The equations were just an interesting mathematical oddity for centuries until the technology caught up with the theory. Obviously the mathematician wasn’t trying to optimize rendering pipelines for a technology that wouldn’t exist for over 200 years.
Technological innovation is like evolution, there isn’t necessarily a target objective, things just evolve over time. You don’t just throw a lot of people at a problem and expect a solution, academics understand that which is why they do research. Research is not necessarily in aid of anything in particular, it’s just more knowledge to the toolbox of humanity, amd who knows how that knowledge might subsequently be applied.
It gives an example of two British engines right after that, and the UK’s jet engines were both independent of Germany’s and better than them by the end of the war
The way they explain how advancements are possible by throwing money at it and ramping up man-hours doesn‘t sit right with me. That’s not how it really works. There‘s a reason why the US suddenly caught up to the technology in the mid 1940s. The engineers and scientists who joined their jet engine force weren‘t just random university grads that suddenly spawned.
Exactly, paperclip…
Was that not spending money? Gotta find and get them into your labs somehow.
I mean… That’s basically how you accomplish this kind of thing. You throw educated people and resources at the problem for as long as it takes. Often you can do it faster with more people working on the problem. How is that not how it really works?
I mean you can certainly save time by looking over someone else’s shoulder, espionage and defecting engineers have of course led to local advances, but the process is generally the same. Development takes time and effort, and that equals money.
I can’t remember where I heard this quote but somebody was one saying that the television wasn’t invented because somebody wanted a television, it was invented because thousands of scientists over decades worked on ancillary technologies that culminated in the television.
The most recent major invention in jet engines came from the 3D printer industry. I don’t think anybody who was working on 3D printers was really necessarily thinking that this could be applied to jet engines, it’s just how it turned out.
Most of the mathematics behind modern computer graphics were come up with in the 18th century. The equations were just an interesting mathematical oddity for centuries until the technology caught up with the theory. Obviously the mathematician wasn’t trying to optimize rendering pipelines for a technology that wouldn’t exist for over 200 years.
Technological innovation is like evolution, there isn’t necessarily a target objective, things just evolve over time. You don’t just throw a lot of people at a problem and expect a solution, academics understand that which is why they do research. Research is not necessarily in aid of anything in particular, it’s just more knowledge to the toolbox of humanity, amd who knows how that knowledge might subsequently be applied.
It gives an example of two British engines right after that, and the UK’s jet engines were both independent of Germany’s and better than them by the end of the war