Re: Basic property of a computing element at matter level
Hello, Shmj, you wrote: S> Hello, Sharov, you wrote: S>> From only. A question as well as where to store a state. S> each subject has a state. For example temperature or position in relation to the north. How by means of it to construct the computing system? S>>> here water has a state - hot and cold. How from this to construct the computing system? S>> than hydrodynamic processes differ from . Processes? Well if only physics. S> you not about hydrodynamic processes and about temperature. Or layout of subjects under the relation to each other. S> yes, it is possible to perform simple operations, a maximum the adding machine. But it is a maximum - the computer of the arbitrary complexity you will not make - there should be a gain. The adding machine - here it just and enough! It is necessary to add the counter of commands and a place where to store results previous . CPU - there is a normal calculator with the counter of commands (PC) and registers. All! Further on this business all remaining also is had that is had () S>> Possibly I not so well understood written by you above but as in same semi-conductor environment from 1 to receive 0 if "and switched has capacity more switching". S> means that the signal should not fade. By the way, it is possible to consider as the undamped signal oscillator in cpu? S> Roughly speaking, on a transistor lock the smaller current for discovery moves, than then can provide opened . I am not assured, what exactly so semiconductors (recently handed over 6.002 on edx, but could forget partially) work. And yes, absence of a signal - too a signal.