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Thread: Analogue systems take two.

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    Brett Nortje's Avatar Senior Member
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    Analogue systems take two.

    I have been working with this sort of thing for a while now, and, often, as an introduction, compare the pixels of a digital to analogue camera. The thing is, this is nearly first generation technology compared to fiftieth generation - you can honestly see how a glass lens camera give better pictures than a digital one, as, there are no pixels, yes? This will be where the pixels are basically photon size!

    The problem with that and other types of analogue systems is rendering them - 'the getting the best out.' This could be made easier by taking the camera and making the scope into a few overlapping screens - this would be like binary for the digital camera, except that it would be 'error checking,' yes? So far so good...

    Then, we need to observe that a computer or electronic device would operate better with the added 'error checking.' This would also result in the electronic device processing at the speed of electricity, where the bus would operate at the 'maximum allowed speed,' of course. This would be natural, so would not tweak the circuit board to over clock, where the board would simply transmit like a radio, yes? This could be sped up, naturally, by using magnets, of course.
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    Vacuums.

    Let's look at vacuum cleaners? The circuit boards for these make them expensive, as the parts are fairly cheap. What, a pipe for sucking and a collector? Then some plastic around it? Sounds easy enough!

    So, we want to make it suck with a 'fan.' This fan spins and is operated by the circuit board. The fan need only suck in the right direction, anti clockwise, and, then be 'powered to suck' by the compression of air being fed into it. Right...

    Compressing the air into it would be achieved by making a new fan inside it spin inwards, like a 'conveyor belt that picks stuff up into it.' This would be done by observing the sucking we can do - when we pull in with our mouths, we suck, yes? When we breathe in, we are simply compressing air into our lungs?

    I am sure there are far cheaper alternatives than this sort of vacuum!

    So, the circuit board would need to have a binary switch to 'turn the belt.' This could be done by using a clock style switch, that circulates and then sucks, of course.

    Very simple.
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    Analogue engine?

    I have been thinking about the state of things with the engines out there, and, decided that a new type of engine might be possible. I have since discovered a 'perpetual motion engine,' where the power generated by the engine from the power it gives off can easily power the valve to suck the water or liquids back down, of course. This follows from the idea that a perpetual motion engine must supply more power than it takes to keep working, of course.

    So, let's try again?

    If we were to engineer a magnetic field, we could maybe see the magnets drawn together by pressing the accelerator and having hydraulics push the magnets together? This would then lend to the power supplied by the magnets and hydraulics powering the magnets to recharge, so, would lead to a continuous not needing to be too technically power retaining or keeping the power going, engine, of course.
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    Fundamentals of 'analogue forces.'

    Okay, time to get to basics. The fundamental forces of analogue systems regarding the physical forces are sound, heat, video, scent and touch. These are found in every living thing, so, must be the real things affecting the world. I am trying to make a system for calculating the extremes placed onto the world from the world, the relays between living and dead things, the relationships between things, in other words, matter, if you will.

    If we were to want to measure sound, we would only need a nerve geared to measure it and 'record it.' This would call for a thin wire or hair, that will be influenced by the motion of gases around it, where the slightest motion around it in the air would be recorded as wind or sound, but, how do differ from the two? I would suppose that the best way to do that would be to take mass that goes through it, like radiation, where the radiation is actually stored heat, and, this is not present in wind, but wand can carry it, of course. This could be measured by 'vibrations' as while wind will cause motion, vibrations come from sound, and, that means that the sound goes into it. To measure the vibrations, therefore, we need to sense massive amounts of influence that penetrate the mechanism, and, therefore will give a vibration that can be measured in terms of intensity.

    For 'video' we could easily take massive amounts of density residue left on something, like a sensor, like a camera for the heat security systems, yes? This could be done by measuring the amounts of heat in patterns exerted onto the nerves, like those of our eyes - they are hairs that measure heat density due to pigment, in the form of 'density' of the heat coming towards the nerves - with merely observing that intensity is granted due to density on the surface being picked up due to alpha radiation relaying it from one point to the next, and, being set in motion by the heat, where the surface is excited due to the radiation igniting the reactions - like you know when it is dark or light? the light will excite and carry the density and extremes to your eyes. Measuring this is done in computers with binary collecting the intensity of each 'pixel' as there are no colours, only fifty shades of grey.

    These methods are there for use in analogue systems ans they would be best used by circuits activating, like the holes in a lock, different levels of intensity or density, or, shade of grey. This would work with the first circuit becoming the key to the lock, and, the degree of the circuit intruding on the others would be like the teeth of the key finding their gears, of course.
    !! Thug LIfe !!

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    The electric engine.

    The electric engine is fairly hard to understand, as, it is not merely a case of plugging it into a main and watching it turn, as is the case in real life. In real life use, the things we suppose to be true are really silly if you look at it like as if to say some electricity is making something turn. This is because electricity does not make things turn, it heats them up. The force of electromagnetism, the force of the world, the result of and the instigator of motion, is at work here.

    Think of a 'wire.' This gets plugged into a kettle, yes? When you have the circuit open, and, conducting, like a line on a train track, then the element gets hotter due to the electricity charging it, okay? There is no motion though, how hot would it have to get to turn something...?

    Think of a magnet, it will pick up paper clips and hang onto fridges, but other than that, has no direction and merely stays in place, of course.

    Now think of them together? Electromagnetism is a case of protons and electrons coming together to move and affect things. This is where the force is moving, or, the movement carries force, yes?

    A simpler way of 'making force mover' would be to use gears, yes? This would be like a bicycle and having the forces move due to your wrist or feet moving would be much cheaper and power effective.
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    Refrigeration.

    This is one of the hardest things to do if I explain it to you like this - using heat to move heat... How would you use heat to move heat out of the fridge and then keep the contents cool? This sounds impossible, yes?

    Basically, the mechanism uses heat, as, electricity can only make heat, to use a similar to the electric engine mechanism to use mass to keep the fridge contents cool. This is where the heat is moved with fields of energy, I think, if I remember correctly? It is basically a mechanism where we find the massive force pushing the weak force - as electrons re the weak force, and, protons are the strong force, therefore, - and then the electrons that make things hot, like in a microwave, will exit the area and then leave behind cooler temperatures, obviously.

    So, making this easier would be where we simply 'spark a wire' a and watch the fridge get cool due to the loss of electrons.

    In a mechanism I crafted a while ago, I managed to understand that striking a metal pole with a brick would loose a spark. This spark is a free electron, leaving behind a extra proton, and, if electrons make things hot, protons make them cold, yes? This was my original extra air conditioning mechanism.

    So, to make a easier cheaper to produce fridge, we could merely have a closed box with a wire inside. This wire would release free electrons into the box, yes? This means we need to have a vacuum inside, where we suck air out of the box, as if not air tight, it will refill with air, of course. This will loose sparks into the 'box' and then they will be sucked up the vacuum and leave behind extra protons, of course.
    !! Thug LIfe !!

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    rcfieldz's Avatar Senior Member
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    Ok now apply your theories on moving electrons to flight and you may have something.

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    Quote Originally Posted by rcfieldz View Post
    Ok now apply your theories on moving electrons to flight and you may have something.
    The way I understand it, combustion is the usual path to flight.
    !! Thug LIfe !!

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    Analogue acoustic devices.

    With analogous devices I am trying to make, we could maybe make a whole mechanized set of systems for acoustics? This follows from the movie "Prometheus," where it is suggested that a superior way of working electronics and computers is done phonically. This was illustrated with a flute that makes a noise and then activates certain devices in the 'circuit board' via frequencies that are carried into them. This could see many if not all devices working concurrently, or, at the same time, as then we could guide the whole main frame at the speed of sound instead of one wire at the speed of electricity. This would mean that lighting which travels at the speed it does is seen by us, while the speed of sound results in water forming it is so fast! Mac one...

    So, we would want to have each device from our 'flutes' be affected via 'frequency depth.' This would skip the modulation of the signal as for the modem side of it, and, then result in direct demodulation as if the computer was merely decoding the sounds. Each sound could make a melody, and, each eight notes could, or, eight seconds, denote a whole crammed up bit of direct binary, or, better yet, code!

    Having the circuits digest this information could be down to frequency pitch, where the pitch could be modified by low to high frequency things, like a dog whistle, yes? This would mean we would not hear it, and, no other sounds would affect our computers as the frequency would be too high.

    ~ Of course, sounds from 'ghosts' or sub phonic frequencies could affect the devices! This would mean that the whole computer would be reduced to a mess if it were to be in a accessible pitch, of course.

    The devices could have little hairs on them, and, in fact already do. These sensors come in the way of wires, yes? These wires would be affected the whole computer or device over, and, then affect the whole lot of devices concurrently or at the same time, of course. This would carry the whole signal to the whole circuit board and then resound the whole command for each thing.

    It is safe to say if this takes off, the whole computer will be made much smaller, without a circuit board, so to speak of. This is because each device will be laid onto each other, with tiny hairs coming out to sense the vibes.

    The melodies could be made up of, well, with unlimited amounts of binary bits to each 'flute,' with the arrangements similar to a piano, in excess of billions of commands. This would mean you might not even need programs for the computer, with the b.i.o.s. detecting the sounds and melodies to produce great outputs. Of course, if we were to analyse the differences between say 'sixteen bit' flute, and, a sixteen bit c.p.u. and circuit board, the outcomes could be similar to a super computer of today, with the commands running code directly to each device, getting the outputs desired.

    This could be set up under the key board or in the mouse too. This would mean that each letter by itself would mean nothing, as it does in language, but coming together would form [twenty six] by [twenty five] makes more than four thousand combinations to a line of code! Well, about a third of a line of code... Directly inputting your commands onto the b.i.o.s. or read only memory would result in fuel injected performance, and would not stall or crash.
    !! Thug LIfe !!

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    New circuitry.

    This would be where I try to upgrade binary, but, first let's look at what binary really is? Binary is a method of circuitry manipulation that puts devices on and off, as, the circuits can do little by themselves other than count and regulate traffic, yes? So, they will just put things on and off, like light bulbs, but much more complex, like telephones, 'switching lines and numbers,' and like computers, where they count and allow current to various counter based components.

    There must be a better way. What if the circuits could 'recognize things?' This would be down to having simple chain commands programmed in, through 'multi toothed circuits.' This would be where each circuit has, instead of a simple counter system, a unique set of 'functions,' like a 'device,' where the operations carried out would not change, and, then they would be specialized?

    This would make the functions much easier to carry out, with certain devices being automatically activated instantly. This would see the functions resemble a vacuum cleaner more than a computer mother board, as the devices would be specialized and would not merely count. Of course, there could still be counters, there would need to be, but they could be put into c.p.u. or b.i.o.s. chips, where they could carry out operations quickly, and with less heat generated on the baord, allowing for more devices, and so forth.
    !! Thug LIfe !!

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