Miniaturization (making things smaller) is actually one of the greatest things we do and should research. At the heart of it is obviously the miniaturization of power, as in getting more and more power, energy, to fit in a smaller and smaller space, in other words, batteries, power cells.
Energy, power, is pretty much at the heart of anything and everything cool. Nanobots for example require power cells on the nano scale. The smaller (and lighter) you make the power supply unit of a space faring vehicle, the easier it becomes to travel to new worlds. Rocket packs and such also require smaller power units. Cars that go fast and actually can travel for hundreds of miles before charging require smaller power cells.
And obviously, the more stuff you can fit in a space, the better. This goes for PC's, cell phones, everything. A cell phone actually gets more features thanks to miniaturization.
Obviously I do agree that the only advances shouldn't be in the field of miniaturization but don't knock it though. It's one of the things that make up the gateway to the future.
Energy, power, is pretty much at the heart of anything and everything cool. Nanobots for example require power cells on the nano scale. The smaller (and lighter) you make the power supply unit of a space faring vehicle, the easier it becomes to travel to new worlds. Rocket packs and such also require smaller power units. Cars that go fast and actually can travel for hundreds of miles before charging require smaller power cells.
And obviously, the more stuff you can fit in a space, the better. This goes for PC's, cell phones, everything. A cell phone actually gets more features thanks to miniaturization.
Obviously I do agree that the only advances shouldn't be in the field of miniaturization but don't knock it though. It's one of the things that make up the gateway to the future.


