Regular computers use binary and hex to operate, again on/off. However Quantum computers have on/off and somthing called a qubit-superposition which can be a fraction or anything in between. Im not a big expert on this however I realized that signal strength can be a viable mean to manufacture a redstone quantum computer. So, allow me to present to you, redstone’s first quantum computer, the perfectionist mark 1. Utilizing 8 redstone qubits, it comes equiped with a signal strength piston wall, that runs into an observer, into a T-flip flop and through a target block controlled by a piston to give (1766847064778384329583297500742918515827483896875618958121606201292619776)(1.7668470647E72) programable outputs. This number is close to the amount of atoms in the observable universe (10^78). Please keep in mind that this is quite compact and numbers like this are mind boggling. It is easily expandable as well.
HOWEVER, I built this on bedrock and it will take about 1 month for a world download. So, for now I will post some teaser pictures. Its ugly, I lack the knowledge required to hook it up to a screen as I mainly study CPUs and ROM units.
cmoa58 on
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Foresak on
Unfortunately, you won’t get the best audience for this here. Looks fascinating though. A good YouTube video explanation might shake the scene though.
IAmTheTalent on
Can I use this to get my forgotten password to my old bitcoin wallet?
TheoryTested-MC on
This seems cool, but I’m pretty sure that quantum superpositions are different from what you are describing. A superposed state is not a state that goes in between states, but instead multiple states the occur simultaneously with different probabilities. As in a fraction versus multiple 0’s or 1’s each with a different probability attached to each. A more appropriate simulator of quantum computing in Bedrock edition would likely be the random update order, but I’m no expert on quantum computing.
However, if your computer truly has 1.767 duodecillion programmable outputs, this is something I want to see.
5 Comments
Regular computers use binary and hex to operate, again on/off. However Quantum computers have on/off and somthing called a qubit-superposition which can be a fraction or anything in between. Im not a big expert on this however I realized that signal strength can be a viable mean to manufacture a redstone quantum computer. So, allow me to present to you, redstone’s first quantum computer, the perfectionist mark 1. Utilizing 8 redstone qubits, it comes equiped with a signal strength piston wall, that runs into an observer, into a T-flip flop and through a target block controlled by a piston to give (1766847064778384329583297500742918515827483896875618958121606201292619776)(1.7668470647E72) programable outputs. This number is close to the amount of atoms in the observable universe (10^78). Please keep in mind that this is quite compact and numbers like this are mind boggling. It is easily expandable as well.
HOWEVER, I built this on bedrock and it will take about 1 month for a world download. So, for now I will post some teaser pictures. Its ugly, I lack the knowledge required to hook it up to a screen as I mainly study CPUs and ROM units.
?
Unfortunately, you won’t get the best audience for this here. Looks fascinating though. A good YouTube video explanation might shake the scene though.
Can I use this to get my forgotten password to my old bitcoin wallet?
This seems cool, but I’m pretty sure that quantum superpositions are different from what you are describing. A superposed state is not a state that goes in between states, but instead multiple states the occur simultaneously with different probabilities. As in a fraction versus multiple 0’s or 1’s each with a different probability attached to each. A more appropriate simulator of quantum computing in Bedrock edition would likely be the random update order, but I’m no expert on quantum computing.
However, if your computer truly has 1.767 duodecillion programmable outputs, this is something I want to see.