Chapter 573 Sharpening the Axe
Aron had advantages that made all of the problems the early pioneers of runic computing encountered complete nonissues. He was the perfect, or perhaps worst, person to have ever gotten their hands on that technology; it only depended on whether you were friends or foes in his eyes. Gét latest novel chapters on nov(e)lbj/n(.)c/om
For the mana requirements, he had an adapter that would convert electricity into mana, even if the ratio was steep. For material needs, he had atomic printers. And for the issues the original creators had run into regarding mass production of runic computers, he’d upgraded his atomic printers with the capability of printing runic constructs. All he would have to do is gather up the pre-printed materials and channel his mana into them for a while.
And even that would cease to be a problem as soon as he worked out a way of automating the process of imprinting intent into runic constructs that were created by his atomic printers.
Aron laughed out loud after he finished explaining his plans. He was quite excited about finally having bought something from his system that wasn’t an immediate necessity in terms of his offensive or defensive capabilities. It was quite refreshing, he thought, that he was finally able to buy something he could afford to play with before putting it into immediate use to counter some crisis or other.
The hardware itself was rather intuitive. Quantum computers had immense flexibility and an absolute advantage in terms of running multiple processes on a single CPU. Since each qubit was like a gate that could be open, shut, or simultaneously open and shut, it allowed a relatively small number of qubits to take the place of traditional silicon CPU cores.
That flexibility was an advantage over runic computers, which were capable of insanely high speeds, but limited flexibility. Each line of runic code was capable of performing a single task, but that single task would be completed nearly instantly thanks to a completely dedicated pathway for each individual task. Plus, all of that runic code, no matter how finely it was etched, took up space and limited the amount of data that could be stored in a certain area.
The limited storage space of runic computers wasn’t an issue with biological computers. Take the human genome, for example; when stretched end to end, a strand of human DNA would measure a little over a meter in length. It contains about three billion base pairs, and when acting as binary bits, would allow for around 750 megabytes of storage. When wrapped around a spindle, however, it only took up about ten nanometers of space. But what it gained in compressed storage space, it lost in flexibility and definitely lost in speed. Information transmission via messenger RNA took, at a minimum, seven minutes.
So, intuitively speaking, Aron already had an idea of the hardware architecture of his planned three-way hybrid computer that would take advantage of the flexibility of quantum computers, the speed of runic computers, and the storage capacity of biological computers. The problem he was currently solving was how to get all three branches of computer technology to interface such that it would have the advantages of all three types of computers, while removing, or at least greatly mitigating, the weaknesses.
And to do that, he would do two things: create a new coding language that was capable of interfacing with all three types of hardware, and modify the runic computer components he planned on using in the final product. But in order to do that, he first had to build a runic computer and a biological computer so that he could deepen his familiarity with the technologies and choose which operating systems to make part of his final coding language out of.
Taking advantage of the universal simulation, he could create each component with the wave of a hand, should he so choose. But that would be counterproductive to his goals; he wanted to deepen his familiarity with the system-purchased knowledge, not simply use it as is.