Science in Science Fiction

My current work in progress is actually my first foray into real hard science fiction. Usually I prefer writing urban fantasy and fantasy, because there's so much less research involved, and frankly I read a lot more urban fantasy than I do science fiction. However, earlier this year, I decided I wanted to write a space opera about a group of individuals in the middle of an interstellar war.

Since I know little about war and even less about physics, that meant I had to do a lot of research. I'm basing a lot of my political climate and structure of the war on the events and intricacies of World War I, making that part of the novel much easier to write.

My trouble was with the physics. You see, if I'm going to even read science fiction, I want to have it fit together in a plausible and workable way. No hand-waving and warp drives for me unless they're grounded in some actual theories and research. So in developing my world, I've had to understand a number of things about the possibility of anti-gravity, propulsion systems for quick space flight, and even the bending of space time for warp drives in order to make interstellar flight even possible.

I've been reading all sorts of stuff, fitting together recent discoveries at the Large Hadron Collider with basic understanding of gravitational forces and magnetic propulsion systems. Richard Feynman and Frank Wilczek have been my gurus, and I've been peppering my science-minded friends with questions about spin, mass, and charge in order to develop a realistic and potentially workable theory of anti-gravity and propulsion.

Over the past few weeks I thought I had a brilliant idea about using energy to animate a special kind of matter or condensate. The matter would in turn either behave as though it had much greater mass and attract bodies to it in a way comparative to gravitational pull, or it would behave in the opposite way, pushing an anti-gravity force against the gravitational fields of other objects. This matter would then form the basis for both gravity systems on spaceships and as a propulsion system to navigate through space by pushing and pulling on nearby large interstellar bodies.

This was all a theory, until today.

While reading up on a science fiction writers' forum, I found evidence that my brilliant theory could work with some research that is actually currently being explored by Eagleworks Laboratories and NASA. Using vacuum particles and anti-particles that pop into and out of existence in the Quantum vacuum that occupies space-time, scientists theorize that they could develop a propulsion system that actually propels against the vacuum condensate itself.

I think that if I can extrapolate further, the theories on vacuum fluctuation density could be used as a gravitic force as I've theorized it. With the right energy levels, the density of the Bosons and virtual particles could become both an independent energy source, and enable manipulation of weak and strong force, giving us both means of both pushing and pulling matter against other matter.

What do you think?