OK, So i'm not writing a book. And everyone can feel free to ignore my suggestion here or add to it. Frontier can take it and say "This, we love it, we're going to use it". I give permission for that here. [edit] deleted something irrelevant [end edit] More likely is, they'll not use it.
I wanted to say something in the Hyperspace DDF thread but didn't get to it in time. So, I guess fan creations is a better place than anywhere else now.
There was a lot of fluff about how they might work. How much fuel they use, if normal space flight uses fuel, etc etc.
This is my suggestion on how this could be explained.
Any mention of pink unicorns means I haven't fleshed it out enough and someone else can remove pink unicorns and add a better solution.
Hyperspace engines work by creating a warp in space time and squeezing the ship into that warp. This warp can extend for considerable distance, but there are limits created by the mass of the ship, the fuel, how quickly that fuel can be used. Because of limits imposed by jumping in gravitational fields accuracy limits the distance to approximately 15 light years. if you try and jump further than what accuracy can deliver then you may exit hyperspace inside a planet. That would be bad. However it takes a lot of energy and fuel to warp that far.
Accuracy is also affected by usage and system maintenance.
The Hyperspace engine is, surprisingly enough, also used to move the ship in normal space.
How this works is the engine warps space within itself, rather than around the ship, and the engine slides into this space warp, dragging the ship along. By moving the location of the warp within the engine it is possible to manoeuvre the ship.
This also explains why space ships manoeuvre like atmospheric aircraft. Ships must curve around and accelerate/slow gradually.
Happily, because humanity evolved on a planet the human mind copes much better with this control requirement than what ancient man imagined would be the case of Newtonian controls (ie, space ships travel in straight lines until acted upon by external forces).
While technically the hyperspace engine could start flying immediately in reverse, in reality all that happens is the engine rips out and the ship disintegrates. This limits the acceleration available to the strength of the engine materials and mounting blocks. It would be possible to entirely rip the engine out of the ship if to high acceleration was attempted.
Computer control constrains acceleration and deceleration to acceptable limits even if the throttle/brakes or steering controls are applied to quickly.
This space warping does of course use fuel. But the power required and distance travelled is so minute compared to 15 light year hyperspace jumps that the usage is utterly irrelevant.
The exhaust seen behind space ships isn't propulsion, like the old style earth rockets. It is in fact just a toxic by-product that must be disposed of. So you need to keep your engine well serviced otherwise the by-product may leak into your cabin and kill you.
While simple logic would suggest that in space, with the near limitless power available from the Hyper space engine, top speed would be virtually unlimited, experiment proved this was incorrect. What happens is that the fabric of spacetime itself starts to revolt against the warping generated by the hyperspace engine within the small gravitation warp generated by the mass of the space ship. The faster the ship and more massive it is the greater the universe resists.
This revolt against spacetime warp within a gravity field also prevents making hyperspace jumps near to planets space stations.
[edit] Additionally this prevents space ships having an artificial gravity construct as it would completely prevent travel by hyperspace drive and hypersace warp. [end edit]
It also explains why space ships must power their engines continuously. If the ship powers down its engine it will coast to a stop. This is a combination of conservation of energy, entropy, the 2nd law of thermodynamics and invisible pink unicorn farts.
Space ship engineering is a constant fight to improve the ratios of ship & mass and abilities of engines while trying to dodge the unavoidable limits imposed by the Universe. Many engineers have commented that their job would be so much easier if the universe was just a little more co-operative.
Theoretical physicists have predicted that if a space ship of zero mass could mount an engine also of zero mass then a hyperspace engine could attain that ultimate speed of exactly the speed of light and could jump within any gravity well. Engineers have pointed out that this line for thought is stupid and that the speed of light doesn't apply to objects of zero mass anyway.
I wanted to say something in the Hyperspace DDF thread but didn't get to it in time. So, I guess fan creations is a better place than anywhere else now.
There was a lot of fluff about how they might work. How much fuel they use, if normal space flight uses fuel, etc etc.
This is my suggestion on how this could be explained.
Any mention of pink unicorns means I haven't fleshed it out enough and someone else can remove pink unicorns and add a better solution.
Hyperspace engines work by creating a warp in space time and squeezing the ship into that warp. This warp can extend for considerable distance, but there are limits created by the mass of the ship, the fuel, how quickly that fuel can be used. Because of limits imposed by jumping in gravitational fields accuracy limits the distance to approximately 15 light years. if you try and jump further than what accuracy can deliver then you may exit hyperspace inside a planet. That would be bad. However it takes a lot of energy and fuel to warp that far.
Accuracy is also affected by usage and system maintenance.
The Hyperspace engine is, surprisingly enough, also used to move the ship in normal space.
How this works is the engine warps space within itself, rather than around the ship, and the engine slides into this space warp, dragging the ship along. By moving the location of the warp within the engine it is possible to manoeuvre the ship.
This also explains why space ships manoeuvre like atmospheric aircraft. Ships must curve around and accelerate/slow gradually.
Happily, because humanity evolved on a planet the human mind copes much better with this control requirement than what ancient man imagined would be the case of Newtonian controls (ie, space ships travel in straight lines until acted upon by external forces).
While technically the hyperspace engine could start flying immediately in reverse, in reality all that happens is the engine rips out and the ship disintegrates. This limits the acceleration available to the strength of the engine materials and mounting blocks. It would be possible to entirely rip the engine out of the ship if to high acceleration was attempted.
Computer control constrains acceleration and deceleration to acceptable limits even if the throttle/brakes or steering controls are applied to quickly.
This space warping does of course use fuel. But the power required and distance travelled is so minute compared to 15 light year hyperspace jumps that the usage is utterly irrelevant.
The exhaust seen behind space ships isn't propulsion, like the old style earth rockets. It is in fact just a toxic by-product that must be disposed of. So you need to keep your engine well serviced otherwise the by-product may leak into your cabin and kill you.
While simple logic would suggest that in space, with the near limitless power available from the Hyper space engine, top speed would be virtually unlimited, experiment proved this was incorrect. What happens is that the fabric of spacetime itself starts to revolt against the warping generated by the hyperspace engine within the small gravitation warp generated by the mass of the space ship. The faster the ship and more massive it is the greater the universe resists.
This revolt against spacetime warp within a gravity field also prevents making hyperspace jumps near to planets space stations.
[edit] Additionally this prevents space ships having an artificial gravity construct as it would completely prevent travel by hyperspace drive and hypersace warp. [end edit]
It also explains why space ships must power their engines continuously. If the ship powers down its engine it will coast to a stop. This is a combination of conservation of energy, entropy, the 2nd law of thermodynamics and invisible pink unicorn farts.
Space ship engineering is a constant fight to improve the ratios of ship & mass and abilities of engines while trying to dodge the unavoidable limits imposed by the Universe. Many engineers have commented that their job would be so much easier if the universe was just a little more co-operative.
Theoretical physicists have predicted that if a space ship of zero mass could mount an engine also of zero mass then a hyperspace engine could attain that ultimate speed of exactly the speed of light and could jump within any gravity well. Engineers have pointed out that this line for thought is stupid and that the speed of light doesn't apply to objects of zero mass anyway.
Last edited: