Photonic Bit - 64 Path - 8 bit per path = 512 bits per Photonic Bit - 100% Stable - 100% Cloneable - Infinitely Scalable

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First explanation video posted on youtube: 

https://www.youtube.com/watch?v=FuDoNW3gy6Y

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I have added an interactive HTML file to use to simulate parts and the basic concepts to expand and how it would work with multiple wave lengths. HYM3_Designs.html The bit string is total possible combinations available. So the equation to decide  uniques possibilities is # of sensors multiplied by # of wavelengths. Each combination of sensors and wavelengths should be given unique binary strings to identify and use. So for a 64 sensor with 4 wavelengths is 256 different possibilities which is equal to a 16 bit string. Using one wavelength is equal to 64 possibilities and a 8 bit string. Square root of possibles is string length needed. I should also point out that the numbers are examples for point of concepts. For every color you add you double number of possible combinations. It should be 9 bit string with 2 colors, 3 colors would be a ten bit string and so on. When sensors can differentiate smaller frequency changes and light can be calibrated for these a single photonic bit multiplies exponentially. All bit combos should be hard coded prior to first slave chip. That slave chip performs the first calc and passes on.
THIS DEVICE is not any other hardware or software. All own and have your own rights. Software, Equipment, and hardware that work with this device is not this device. You all may decide what to do with anything you create to work with this. I personally believe personal knowledge and skills are yours. The only people who profit off something should be ones who create it. I personally also believe that if people want something they should have skills and knowledge to make it themselves. If someone can’t make this, they really have no need with it. Not everything can people go out and buy, and an AI can't build it for you. Any commercial AI can't be trained on this. I will remove the non commercial when we have global quantum security measures. At this point there are too many ethical concerns to give access to all. For this moment in time, we are not ready for these to be commercial. This said how all release your own work is up to you. Just post link to this device doi if it is too work with this. This covers all variations of this device and wavelengths and sizes. All who can build can use. These can not be bought or made for others for profit. Help friends for free sure. Not for profit. No Commercial AI may be trained on this or have use of this. This device will not be used in any commercial products. 

Now this is the most basic version posted. The one demonstrated and explained is for a single wavelength and a specific light. Now once people get comfortable with basics of programming and making these basic ones work together, you can change sensors and lights for multicolor where each wavength gets its own string. I started with 8 bit strings for basic understanding so all cna learn how these can run. Now with more advanced methods; sensors, lights, and other considerations, theses can contain longer binary strings associated to color or wavelength of light. So each 64 can be numerous versions. This is why in previous videos i stated we need new compilers new ways to mix and match and account for the unlimited different combinations.

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For perspective: every sensor gets four paths off of it. Depending on color of light and sensor it will produce different outputs for each color. Depending on color the path it takes is based on output of sensor. Each of the 256 paths is assigned its own unique binary string. So each bit has the ability to be be all 256 combinations at once. Every red light pulse 64 unique bit strings are produced. Every blue light pulse a different 64 unique bit strings are produced. How they are mix and matched is up to all. Keep in mind this is a single bit. Combine 100, 1000, or a million. Every light pulse you are generating all possibilities every light pulse. Each bit can be unique colors for specific but strings. So if white sensor 1 on bit 1 is 0000000000000000001 and sensor 20 on bit 37 is 00101010000111101110 and you need to combine one and give you bit string you need. For simulations it can run every possible combination so it is not running only next but next and multiple after. Each bit can work independently, so bit 1 can be doing einstein field equations. Bit 2 can be doing magnetic field calculations, and bit 3 can be doing naviar stokes. All at same time. The security issue and ethical issue that needs to be addressed is this allows for brute force against things that were considered uncrackable. So before we break the old system we need to replace it. As such I will be removing commercial block from license when quantum security catches up. Using this for random combinations and longer strings and by adding a 2 factor so it gets linked with time and changes over time is one possible route. The concern with this is by time someone uses this to bruteforce a password the password has changed. This will make some sort of 2 factor authentication mandatory for everything that is currently 256 bit secured. It will also need to be jumped to 5k bit encrypted. Since this is clone-able, once commercial is involved a billion bit computer will happen relatively shortly. Our security will need to keep up with exponential growth. This must be a main focus moving forward.

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Upcoming Releases - Frictionless Alternator, Photonics, AGI, Magnetics, Advanced Quantum Chips, etc

https://www.youtube.com/watch?v=8NQWyOMkk6A

I have many releases upcoming and explain delays and exact resons for all my releases.