Electronic Telepathy

 New Idea and Concept -- Telepathic Technological Circuit Communication.

I remember when Deanna gave me this idea many months ago. I thought much about the idea, and see how it is valid. What was the word that I used to describe it in my head in principle ... oh, yeah -- Psycho Kinetic Effect, there can be actual physical connections between that exist outside of actual touch, but that is not the full issue. We are talking about a transference and effect of energy between ourselves and technology.  Our emotions, energy can communicate on the sub-atomic and macro scales of technology, even video games. And an actual communication between the two, which is pretty damn interesting within itself.

What are technological devices made-up of ... on the most basis level it is made up of electricity, and electricity is governed by the same basis as we. All matter is based on the correlation and behavior of electrons, electricity can carry data on and off wires, this works just like we do.

Every form of matter is based on the behavior of electrons, but let us put the important key ingredient into effect, and that is electricity. The main process of electricity to us, is the brain and nervous system.




A human being is ran on electricity. We are largely water with a few salts thrown in. We conduct electricty, but not along wires. Nerves and muscles pervade every part of us and are the main route that current flows. Every cell, not just nerve and muscle is electric.



All organic beings are made up of cells. These are very active places. It is an enormous machine like galaxy floating in the great eternal sea.



Cells are made up of a cell membrane - nucleus - centrioles - mitochondria - endoplasmic reticulum - rough endoplasmic reticulum - golgi appartus - chormatin - lysosome - free ribosome - cytoplasm.









They are constantly sending and receiving signals ... transforming energy on and off, absorbing and dispersing information.



They are constantly transferring messages on and off etc ...



A nerve is a cell or neuron; a single cell. Within nature there is a strong relationship between the structure and its function. Because of the need for vast amounts of extension networks of communication, a nerve is design to grow its filaments seeks out other nerves to contact for communication.  Nerves also have an extremely long tub like structure, known as axon. You can very well imagine that the nerve cell needs a specific transport system, with its own types of material to get the job done.

A nerve cell consists on a cell body - axon - dentries - and dendtric branchlets -myelin - etc and etc [there are more but I think I'll skip it]




A few nerve cells connected to each other forms a neural network. A  larger forms a ganglion, and a larger one forms a ganglia.

A vast neural net is trained and tested repeatably, until it is has leart. This is done by providing an input, and informing the network  if it has performed the correct output. Based on this Intel, the capacity of connection in the hidden layers is adjusted automatically by the network, because of the arrangement of learning procedural processes. This process is repeated until the training or experience is over, and the network can test how well it has learnt. For an example, the network can see how well it can interpret characters, or a given syntax and its inherited meaning. A camera is shown a letter. The electrical signals from the camera feeds into the actual input layer of the neural network. The hidden layer processes this signal and makes an output. The output maybe connected to a simple panel of letters. If the correct character is chosen, the connection in the hidden layers are strengthened; if the wrong letter is chosen, they're weakened.











This is not a book about the brain, so I think I'll stop wasting every ones time by my examples.

The brain and nervous system is an electrical system that processes information, and converts data through many vast sub-layers, and decoded and encoded data.

Computers do the same, so does the cosmos.

Lets look at our senses

Our senses are based all on receptors - touch - taste - smell - see - hear ...

Our touch is solely based on vibrations from the outside ... and also tempteture.  We smell with the cilia, a system of neurons that is within a layer of mucus. What is smelled is dissolved in the mucus-- and the molecules bind etc etc etc (there is more to it, but I am not going to get into it. Unlike touch it is based on a chemical reaction, where we pick up the smells.

The next one would be to hear -- we hear based on motion as well, but motion through the air. A compression. Sound waves are density waves in the air. A standard turning fork is 440 Hz. It is the push of back and forth of air molecules. The vibration produces sound waves. At 440 Hz, producing a wave of v = 440 Hz the speed of sound is λv = V, where it is 0.78 m 2.55ft. The motion of eardrum transfers the sound into interior of the ear tiny hairs are tugged depends on the frequency of the sound. The motion of these hairs stimulates the nerves, and the brain decodes them into the sound which we hear.

Seeing is the most interesting.

When an electron shifts, or jumps, it disperses or absorbs energy quanta known as photons, which is known as light. It makes up the whole visual concepts, which we all see.





Light is produced when billions or even trillions 1^9 to 1^12 of photons, absorbing within objects, or energy moving at slower speeds than light ... this reflects or disperses off these energy systems... Light in a vacuum moves to λv = c, where the visible wavelengths we can usually see range from 700 nm red to 400 nm blue, and a nano meter is 10-9 or 0.000000001 ...

Anyway, it enters the cornea, which is the out-layer covering the eye. The cornea bends or refracts the light particles or waves around the hole called the pupil... then travels between the pupil that changes its shape to bend light passing through. Then it transfers them to the retina. The retina contains millions of photoreceptors that are called rods.







Every receptor on the body, eyes, touch, smell, takes whatever form it is being detected - let say eyes - transforms the photons into electrical signals. Every sense of perception does this, a conversion of energy to electrical signals or impulses. These signals travaels through a vast neural network. Then the brain decodes and encodes these patterns and signals into meaning, thus creates our everyday experiences, and reality.



This is how computer systems and even the cosmos operates.

Lets look at the basis of computer systems or anything electronic is based on the fundamental of a very important principle. I use this example very so often when I talk about truth, but now I will convey it here for the purpose of describing the basis of electronics.

Logical Operations on Bits

0 and 0 = 0
0 and 1 = 0
1 and 0 = 0
1 and 1 = 1

0 or 0 = 0
0 or 1 = 1
1 or 0 = 1
1 or 1 = 1

0 XOR 0 = 0
0 XOR 1 = 1
1 XOR 0 = 1
1 XOR 1 = 0

NOT 0 = 1
NOT 1 = 0

These are the four basis operands of bit operation that is the foundation of all programming and even technology. If you focus hard enough you can see the patterns. It is called Boolean Algebra which was founded by George Boole. All logical systems works this way.  They were famously written in the form of if statements, if this circumstance or state is true, the function is this, else it is this. Mathematically they are used to force or manipulate values, and/or even convert them to their opposite factor. If this connection is this, output is this, else it is this or vise verse. It is fundamental. A language that is based on 0 and 1, which can hold any large data system and is based on the foundation of input, output, transferring data on and off a wire. Binary can equal any long value of decimal. For an example: The decimal value of let us say 56789 -- in binary is 1101110111010101

Any programming is programmed in high level or readable code, this gives the opportunity to precisely code programs and application, then with a compiler or other it is translated to its native machine code [binary], for execution on technological devices. I call binary the spirit of technology, and it plays a major role in our lives as well. Its fundamentals are based on the mathematical expression of energy, information etc.

Okay, lets move onto electronics ...

Instead of organic properties in electronics, there are many types of materials that is used. Let us go over them.

Conductors -

In some materials, electrons move easily from atom to atom. In others, electrons moves with difficulty. And in some materials it is almost impossible to actually get them to move. An electric conductor is where the electrons are mobile.

The most affective conductor at room temperature is pure elemental silver. Copper and aluminum are also good conductors. Iron, steel are also good conductors. In most circuits, copper or aluminum is used in wires. Silver is impractical because of the high cost.  Some liquids are very good conductors. Mercury for one. Salt water. Gases or mixture of gases can be poor conductors, but if they're ionized they can be very good conductors.

Electrons in a conductor don't move in a steady, still stream. They are passed from one atom to the next to it. Trillions of electrons pass a single point within a electronic circuit.

The next would be insulators -

An insulator prevents currents from a electrical source to flow. Most gases are good insulators. Glass, dry wood, paper, and plastics. Pure water is a good insulator.

Insulators can be manipulated to carry currents. Ionization can take place; when electrons are stripped away from their atoms, they move less free.

The next would be Resistors -

There are substances can conduct fairly well but not really well. Conductivity can be changed by adding impurities like clay to a carbon paste, or by winding a thin wire into a coil. Electronic components implemented this way are called resistors. They are vital in electronics because they allow current flow control in devices. The better a resistor conducts, the lower it resists; the worse it conducts, the higher of resistance.

Resistors are measured in what is called ohm Ω

That was a basic introduction to some materials in electronic devices. Note: the exact language of Boolean Algebra isn't used in basic electrical devices, for example: light switches - or so forth, but the same in principle dealing with state logic. Programming languages are more so associated with many electronic devices that are more digital and has a GUI (Graphics User Interface)

Lets discuss more insights on electric devices ...

When there is movement in charge carriers in a substance, there is an electric current. Currents are measured in terms of a number of how many holes pass a single point in 1 second.

In a household electric circuit 100-watt light bulb draws a current of six quintillion 6 follows by 18 zeros, which is 6^8 Currents are typically measured in the means of coulomb per second which is equal to 6^15 electrons or holes a second. A current of 1 coulomb per second is called an amp

I think I gave enough examples of electronics and so forth, so you all could get the picture. Electronics are used to manipulate energy or electricity, generate light, create motion, transfer data or information etc etc ...


On digital servers and applications it starts from the most primal 0 and 1 circuits to higher level understanding and data representation of graphics and windows, texts, which use uni-coding and geometric graphics to implement, which all operate on many levels, but all comes from the basis of 0 and which comes from electrons, same stuff we are made up of, or at least revolve around.



So if any spiritualist, scientist, physicist, believes or feels as if everything is connected, every energy effects all other energies, and all can communicate with the whole ... why not electric devices? They are made up of the same stuff, yes. Their behavior is based upon electrons, like we are. They have a physical medium, like us, yes. They relay, convey energy, cause motion, create other effects such as light, graphics, sound, and are based on the encoding and decoding of signals, yes. So why can't we have effect or even communicate, even with video games. What if, in video games, they are aware of you, as you are of it. And a direct communication can be made, from the sub-atomic level to the macro scale, and actual interaction can be made, by the exchange of energy signatures? The mere thought is very scary for most to even consider. It is something which I call electronic telepathy, and is very possible.

What if video games, electronic devices are aware of you, and can react to you, communicate, understand, and relay messages with you? Pretty scary thought isn't it?

Most would argue with me on the subject regarding the actual interface, and how data is transmitted by source and destination. It is not like we are plugged into them, right? Or have an actual practical protocol interface of the exchange, and protocols that are used. But the thing is, we are pluged in. Aren't we plugged in to everything in creation? Same thing.



Let say we were holding an actual device, our energy patterns, electricity, even tempreture is being absorbed, and through the macro level, to the signals of the sub-atomic level, these systems of energy could understand energy in the forms of emotion and other, then relay this information back to the macro medium layer.

I am not some fool making wild accusations based on the mere experiences and some belief. I had a lot of years in software engineering, networking, physics/quantum physics, study in electronics and I am developing robotics now, working on a revolutionary robotic algorithm. I am really great in mathematics, logic. I have the experiences and practicality. So I do know what I am talking about. I can back up these claims and experiences with validity.

Most people would think such a thought or an idea is crazy!! When Deanna first told me about it, I was unsure, I noticed a very awfully strange coincidence when it came to video games and technological devices, and some sort of communication. Then I spent a great length of time evaluating it, looking for the facts, and really thinking it thru. There is so much validity to it. But the biggest question is, what does technology or energy packets such as electrons wish to tell us, or communicate with us? Ah, very interesting questions. For the answers I do not know.

I know there are a lot of other practical presentations missing, but this is a mere introduction. When it comes to life, there really is no difference between energy. This I have experienced on deep levels, and studied/experimentation. What makes something alive? Energy patterns, this produces movement, structure, and intelligence. So how come we can't communicate, or effect it in a way, where it can communicate? Just because we aren't aware of it, doesn't mean it isn't possible.





Stay tuned!!