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:::The comment that the BG universe is intentionally not "that advanced" is not tenable, and I already pointed that out above. Lasers are no "advanced" technology, they exist today. And if I have some kind of reactor which can give me enough energy to fold space, I have plenty of energy to cut open a sheet of metal. Remember that lasers capable of at least destroying a satellite or a warhead have already been worked on by 20th century engineers and scientists, but deemed not feasible for the forseeable future at that time. The prime limits, however, were energy and the material capable of handling it, and they are being overcome at this point in time with planned airborne anti-missile lasers at least. This is the main problem with the approach: Immensely advanced technology in two specific points (BG technology is already more advanced than that of Babylon 5 Earth in that they are capable of large-scale artificial gravity) but in most others a technological level on par with the third quarter of the 20th century. You speak of "realistic" weapons. Is it realistic that mankind researched practically only FTL travel and artificial gravity, and that this research did not bear fruit in other fields? And "realistic battle distances" are those at which you can hit your enemy. Of course when your weapon has a low effective range due to predict problems, then battle distance is short. If your weapon has near speed of light, it's entirely possible to engage your enemy at large distances. | :::The comment that the BG universe is intentionally not "that advanced" is not tenable, and I already pointed that out above. Lasers are no "advanced" technology, they exist today. And if I have some kind of reactor which can give me enough energy to fold space, I have plenty of energy to cut open a sheet of metal. Remember that lasers capable of at least destroying a satellite or a warhead have already been worked on by 20th century engineers and scientists, but deemed not feasible for the forseeable future at that time. The prime limits, however, were energy and the material capable of handling it, and they are being overcome at this point in time with planned airborne anti-missile lasers at least. This is the main problem with the approach: Immensely advanced technology in two specific points (BG technology is already more advanced than that of Babylon 5 Earth in that they are capable of large-scale artificial gravity) but in most others a technological level on par with the third quarter of the 20th century. You speak of "realistic" weapons. Is it realistic that mankind researched practically only FTL travel and artificial gravity, and that this research did not bear fruit in other fields? And "realistic battle distances" are those at which you can hit your enemy. Of course when your weapon has a low effective range due to predict problems, then battle distance is short. If your weapon has near speed of light, it's entirely possible to engage your enemy at large distances. | ||
:::Likewise, you still maintain some "inexhaustible" energy supply on the part of StarTrek, when that is not, in fact, the case. Hydrogen and antimatter tanks exist on Star Trek ships. Antimatter can be produced -again, that is no fantasy, but 20th century technology, albeit in larger quantities. And hydrogen can be gathered in space. Again, no fantasy, but the working principle behind the [[ | :::Likewise, you still maintain some "inexhaustible" energy supply on the part of StarTrek, when that is not, in fact, the case. Hydrogen and antimatter tanks exist on Star Trek ships. Antimatter can be produced -again, that is no fantasy, but 20th century technology, albeit in larger quantities. And hydrogen can be gathered in space. Again, no fantasy, but the working principle behind the [[wiki:bussard ramjet|bussard ramscoop]] proposed as far back as 1960. This principle has been used by the likes of Heinlein, Niven, and Poul Anderson. As I already mentioned, Tylium has much bigger questions to answer. | ||
:::By the way, dilithium crystals were already introduced in the original Star Trek series. This alone should illustrate that they can hardly be instrumental in the quality problems of late Star Trek. So I suggest rather than picking random aspects to actually get to specific points. | :::By the way, dilithium crystals were already introduced in the original Star Trek series. This alone should illustrate that they can hardly be instrumental in the quality problems of late Star Trek. So I suggest rather than picking random aspects to actually get to specific points. | ||