New engine concept: photon engine.
Created by: PJB3005
So I had a neat idea for an engine once, I'm probably never coding it and I'm really vague on the specifics for what it would be.
Pseudoscience I came up with:
NT scientists have figured out a way to make bluespace tunnels. Basically pipes in which the laws of physics differ. It is possible to decompose certain molecules by accelerating them to near light speed inside such a tunnel. The molecules get ripped apart and turned back into energy with bluespace magic. This process shall be called "photonization" (I needed a name shut up)
This effect only works on molecules which are not stable enough (CO2 and N2O), and it essentially allows for the ability to turn matter back into energy.
The issue is that the energy cost of accelerating these molecules to light speed in a bluespace tunnel takes more energy than can be harvested, so it is not viable for energy production.
That's where plasma comes in.
Plasma is stable enough to stay accelerated inside a tunnel for extended periods of time. Plasma creates a literal shitload of CO2 when burned. When plasma is accelerated into a tunnel along with O2, and the burn reaction happens inside the tunnel, the potential energy output is orders of magnitude higher than burning plasma in a regular burn chamber. This is because all the CO2 produced in the reaction does not go to waste but instead turns into energy.
However tunnels come with risks. If the energy in the tube drops too low the tube will break, spewing PLASMA AT THE SPEED OF LIGHT everywhere. If there is too much energy the tunnel will be unable to contain the energy, and you'll be basically breaking our laws of physics as we currently know them and you'll get problems, including PLASMA AT THE SPEED OF LIGHT. One of the reasons it is possible to accelerate molecules so close to the speed of light they photonize is due to the "perfectness" of a bluespace tunnel. Too many unstable molecules (CO2 and N2O) will cause entropy and result in bad things.
The result is an engine that requires maintenance, has a SHITLOAD of energy output, and hopefully has a very high skill ceiling.
Practice
The heart of the engine will be a single controller unit. It creates and holds the bluespace tunnel holding the photonization process.
The tunnel will behave like a beam, bouncing of (specialized) mirrors and going through (specialized) splitters and (specialized) prisms.
On the beam there will be machinery to use the bluespace tunnel.
The tunnel will have a couple of properties:
- Plasma: Accelerated plasma moles in the tunnel.
- Energy: Energy in the tunnel, needs to be proportional to the amount of plasma.
- Unstable molecules: Amount of (CO2 and N2O) moles in the tunnel which are not yet photonized.
- Entropy: instability in the tunnel, caused by an excess of unstable molecules.
- Resistance: resistance due to entropy or machinery. Causes loss of energy.
The amount of energy should be proportional to the amount of plasma and unstable molecules. Failure to do so will result in tears, bluespace anomalies, fires, GIANT PLASMA LASER BEAMS, and more!
Unstable molecules get converted into energy. The more energy currently in the tunnel the faster. Entropy is made by presence of unstable molecules. The more entropy in the tunnel, the more resistance from all sources and lower power output.
There will be 2 types of machines to use on the tunnel, the tunnel will pass through them and get effects.
Both machines take a gas tank which controls their effect. They will slowly consume the gasses by % causing the mole usage to drop over time, which is why the engine needs monitoring & maintenance.
Flux buffer:
Generates power and creates resistance in the tunnel.
It uses plasma, magnets, bluespace, whatever to achieve power creation and energy loss in the tunnel.
The output is dependent on the amount of moles taken in (which as stated previously, will slowly decline). The output curve takes the shape of an upside down parabola:
The resistance graph however will be linear, with more plasma equaling more resistance.
Gas accelerator
Injects or uses gasses (in)onto the tunnel. The effect is determined by the type of gas. All effects take tons of power.
- Plasma: Adds plasma to the tunnel.
- N2: Artificial resistance for managing the energy level of the tunnel.
- O2: Reacts with plasma in the tunnel to create unstable molecules.
- CO2 / N2O: Adds unstable molecules directly, but not in redeeming amounts. Should be used to kickstart the engine or to prevent low energy problems.
The general idea is to keep your engine at stable energy levels, prevent entropy and monitor for problems before they spiral out of control.