We on earth have yet to conceive of a ramscoop design that could collect enough material for sustained fusion and actually allow for forward accelleration. What did emerge from those designs were magnetic braking tech that could help with deceleration at a target star for slower than light real world starships.
Of course in Star Wars a Bussard-like scoop could suck up all kinds of particles to power who knows what kinds of reactors and engines. I still doubt that's what the TIE wings are for though.
We're talking about an interstellar ramscoop which has to cope with the abnormally low interstellar gas densities in our region of space (the local bubble) vs. something that could be used in-system, where the solar wind flux is orders of magnitude higher. All the research since Bussard's first proposal that has been done on it is really just Bob Zubrin scribbling on the back of a napkin. As for fast hydrogen fusion, LOL, well that's one hell of a trick which may as well be magic!
Then it's ludicrous to have such a huge part of a star fighter to just act as an ignition switch. I wonder what energies are being collected if they are catalyzing reactions.The original T.I.E. developed in the Old Republic did not have a separate generator for the lasers and would lose firepower when maneuvering. Shoddy design if you ask me.
Depends. Real world designs use various catalysts - muon (though not for propulsion), antiprotons/positrons, ultracold neutron molecules and of course good old neutrons*. Several types of fusion and at least one fission reaction require proton bombardment. So you could simply suck up high-energy solar protons via the probably-not-a-ramscoop and use it to power the reaction. (Why not use a linac I hear people shouting. Well, that would be too easy). Otherwise, they are scooping magick solarium exotic matter atoms.
*One of the radioactive sources we used at my work actually initiates small numbers of nuclear fission reactions in the target material, and you divine the results with a gamma ray spectrometer...
It is a misconception that technology must advance. Scientific knowledge doesn't automatically become better given time, sometimes one faulty idea is just replaced by another - did Ptolemy's view on astronomy really improve on Plato's view? It is possible that in Star Wars, a certain paradigm, a central theory, had been dominant for centuries and never radically changed. All that could be done was 'fill in the blanks', like a medieval astronomer would calculate the path of a planet and make some corrections based on new observations, without actually changing Ptolemy's basic idea. Clearly, this is not an environment that will lead to a lot of technological innovation.
Such stagnation can even lead to technology becoming worse. I think something like that happened in Chinese mapmaking, where a useful system of coordinates was invented, but then gradually became restrictive as mapmakers filled in the squares rather than use them to draw more precise maps.
Good point. Here's something to think about. Do we currently have the capability to put a human being on the moon? Do we have intercontinental supersonic flight available to the public? Does the United States have the capability to place a human being in orbit?
The answer to all of these is no, and these are largely political and economical. No bucks, no buck rogers. Technology is a living thing, you can't drop a scientist in the wilderness with blueprints for a cellphone and expect a call within a few weeks.
Edited by Lampyridae