Of course, if power is what you are after, you need a tank engine? this will take you through the hard slog of a long ride, or through the creeping town haul every day. of course, to really get the jump on competitors, you need only get the military involved in the 'engine quest,' yes? this would see trillions invested, as engineering there just maintains things, of course.
On the other hand, if you want to make a totally powerful engine, you need only observe tit is 'merely heat generated.' all energy comes from heat, that is how our universe works, without heat there can be no mass. so, to make the engine 'stronger,' you need more heat from the ignition to the engine to process the oil. this would mean that you need to use other things tn oil, how about, silicon? this is plastic and can handle a lot of heat, even turning to liquids if kept warm enough? so, you would put your engine on, and leave it on, trusting in a conductor for computers that will see the heat retained with something you can get from sand, yes? simply boiling sand in a pot will result in silicon rising to the top and quartz sinking to the bottom, so, we should use sands they are both good conductors, yes?
The problem is leaving your engine on the whole time. this can be done with a minor heating thing, coming from the sand, and going back to the sand like cold fusion's ideals. thus, we could have a 'continual combustion engine,' of course.
But, let's make it liquid all the time? we could mix some water in there, as it will not dry, to do away with the need for continuous combustion. this water is also a conductor of heat, which is the principle of energy transfer - conductors. thus, this muddy stuff could keep the engine going at an acceptable pace for the urban commute, yes?
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