The scientific world is trying to keep at pace with technological development. It seems that these two fields are inseparable, for one compliments the other. For instance, the advances of
digital information technology have caused more efficient systems in which to develop and disseminate scientific knowledge, either breakthrough innovations or known facts.
Thus, scientists are continuously developing ways and means in which to tap virtually untapped energy sources. If it seems to be not quite obvious for you, then let me elaborate further. The world needs new energy sources to tap since present energy sources are either irreplenishable or yields minimum efficiency. The world needs more energy sources since the world's energy needs have also increased, thanks to the perpetually increasing human population and the continuous bombardment of technological equipment.
So, scientists are now developing a more efficient and replenishable
energy source in which to power a cruiseship to Mars. These scientists plan to use antimatter so as to power the ship's long voyage to the said planet. In using antimatter, they also need to control the energy outbursts it has, specifically when it collides with matter particles. Since this is how the scientists plan to use antimatter, they are still working on certain control measures in which to functionally decrease the energy outbursts they get from colliding antimatter particles with matter particles. This is because even the energy outbursts you would get from detonating an atomic bomb comes a very distant loser to the outbursts you would get when you collide a single antimatter particle with a single matter particle. Yes, even if it's the size of a pinhead! I don't know why they prefer to tap this replenishable energy source for space explorations, but I sure am grateful they're not developing this scientific breakthrough for an actual antimatter bomb! Come to think of it, are they?
