The Future of Uncountable discrete Quantum Analog Circuits
As I mentioned before, the notion of continuous Analog must be modified to uncountable discrete and we keep the Newtonian limit as a useful conceptual engineering-model. This way, we can eat the cake and keep it. So in our physics the particles of mass and charge are tiny and discrete. Energy also discrete and manifests as frequency. As an engineer I want to choose zero and infinity as numbers that I can possibly deal with. “The only reason is reason itself”.?
Now we talk about details. In our circuits we will only have PN junctions made of doped semiconductors, metal and insulators. This means we will have CMOS transistors , capacitors, wires and contacts. That is all we need to do? with energy to live happily.?We will avoid resistors and do whatever we can to minimize energy dissipation.
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We will talk about what we must do other than living like animals?? What do animals do? They Simply eat, reproduce, and survive by keeping predators away to take care of their children. God made choices. We will slightly modify them with his permission. 1. Eating other life forms so that all creatures are secure . We can talk to the trees and find out how to make food. (period) The second big change is that we evolve to become perfect humans. Remember: God did say that “he created us in his own image”. That I interpret as perfection. Since our senses are finite we need to improve resolution or dynamic range. This means trying to get closer to both zero and infinity.? Thus the need for math and science to achieve our goal of perfection.?
Now we know where we want to go and how. We know everything including energy and it is work done (joules). It cannot be created or destroyed. It needs some clarification. Periodicity manifests as color to our eyes, musical tones to ears , perfume to nose, taste to the tongue. These are what ARTISTS deal with. The dissipated energy namely heat, moves at random. We need statistical information about its history to deal with it. That requires computing? to quantify the necessary unpredictable art. That is called science. It is quantitative. Science needs to measure things perfectly. This is where the need for more information arises. So we increase the number of states. This we know will increase the number of possible outcomes or disorder. This when quantified gives us entropy. I am not aware of why my forefathers were spinning. When mass and charge can Spin at an infinite rate we will become perfect. We will see how to proceed with both art and science in my next article. These are my philosophical revelations. The engineering details of calculating the numbers for zero and infinity I will leave as homework. Some hints are in order. For zero talk to particle physics teachers. I will start with Avogadro, Thomson, Hawing etc. Remember e**jπ = -1.
University of Texas at Austin Texas
1 年The key th ing we must understand is the delicate thermodynamic balance that is extremely important for our xurvival as a whole because, all life-forms are interdependent including our atmosphere. Regarding circuit design most of the ideas are obvious. This is because the passive element we have chosen is a capacitor. Thus, addition of charge is obvious, so is subtraction, integration and differentiation are all natural with a capacitor. The major difference is the use of impulses instead of currents . The key difference to notice is the way the circuit works with impulses. In the last article I mentioned the importance of impulses being.immune to collisions and noise. So please mediate on a Mealy analog machine to form packages of charge containing a number of electrons that will adequately reprensent our signals as f (n) instead of f(t).