This is where we create and analyze our own ideas in advancing electronic things, okay? i am explaining htis to you very simply so you can understand, and, quite frankly, this is the only way i can understand too!

Quote Originally Posted by http://en.wikipedia.org/wiki/Analogue_electronics
Analogue electronics (or analog in American English) are electronic systems with a continuously variable signal, in contrast to digital electronics where signals usually take only two different levels. The term "analogue" describes the proportional relationship between a signal and a voltage or current that represents the signal. The word analogue is derived from the Greek word ανάλογος (analogos) meaning "proportional".[1]
Analogue electronics are superior to digital ones performance wise. this is because, well, for example, if you were to take a camera, which gives the better picture - a glass analogue one or a digital one in pixels? or, a monitor with a photo superimposed or presented on it, or a lot of little lights?

Quote Originally Posted by http://en.wikipedia.org/wiki/Analogue_electronics
An analogue signal uses some attribute of the medium to convey the signal's information. For example, an aneroid barometer uses the angular position of a needle as the signal to convey the information of changes in atmospheric pressure.[2] Electrical signals may represent information by changing their voltage, current, frequency, or total charge. Information is converted from some other physical form (such as sound, light, temperature, pressure, position) to an electrical signal by a transducer which converts one type of energy into another (e.g. a microphone).[3]

The signals take any value from a given range, and each unique signal value represents different information. Any change in the signal is meaningful, and each level of the signal represents a different level of the phenomenon that it represents. For example, suppose the signal is being used to represent temperature, with one volt representing one degree Celsius. In such a system 10 volts would represent 10 degrees, and 10.1 volts would represent 10.1 degrees.

Another method of conveying an analogue signal is to use modulation. In this, some base carrier signal has one of its properties altered: amplitude modulation (AM) involves altering the amplitude of a sinusoidal voltage waveform by the source information, frequency modulation (FM) changes the frequency. Other techniques, such as phase modulation or changing the phase of the carrier signal, are also used.[4]

In an analogue sound recording, the variation in pressure of a sound striking a microphone creates a corresponding variation in the current passing through it or voltage across it. An increase in the volume of the sound causes the fluctuation of the current or voltage to increase proportionally while keeping the same waveform or shape.

Mechanical, pneumatic, hydraulic and other systems may also use analogue signals.
So, this is the way it works. how do we improve on it? well, first we need to take one aspect of it, and observe that for noise;

Quote Originally Posted by http://en.wikipedia.org/wiki/Analogue_electronics
Because of the way information is encoded in analogue circuits, they are much more susceptible to noise than digital circuits, since a small change in the signal can represent a significant change in the information present in the signal and can cause the information present to be lost. Since digital signals take on one of only two different values, a disturbance would have to be about one-half the magnitude of the digital signal to cause an error; this property of digital circuits can be exploited to make signal processing noise-resistant. In digital electronics, because the information is quantized, as long as the signal stays inside a range of values, it represents the same information. Digital circuits use this principle to regenerate the signal at each logic gate, lessening or removing noise.[7]
So, we need to clear up the noise of these superior systems. if we were to analyze that the system will present the direct applied instructions, or, really simple stuff, then you will see that it is a 'flawless' system. well, i find it flawless anyways...

Now, if you were to look at the analogue system, you need to clear this noise that covers the whole system or 'thing.' this means that you need to clear the 'messages' to the 'system.' this means you need to clear the input to the 'system' or 'engine' or 'processor' or 'thing doer.' this can be done by, for phones, for example, you could take the wires and separate them, as they do, with rubber or something, preventing cross talk or noise from one wire to the other, like the wind blowing into your ear when you are trying to talk to your friend. this can be done better by using a single cable for the phone. this can be done by observing the simplest phone being a one way cotton string, but this is hard to put through a directory, so...

You need to replace the telephone lines with some sort of wire that is polarized against other wires of the same material or 'stuff.' this means you need to have a few anti electrons in the wire makeup. this means you need to have a material that repels itself from the same stuff. this means you need to use the same wires for all 'connections,' so, if it is bronze, you use other bronze wires. i think they mix them up for each connection, but if they were to just use one type, problem solved.