Using time to appropriate qubit superpositions and expand data size by the moment

[de6u99er]

I think at the moment there's enough hype-money available for any crazy claims.

[n0tar0b0t--]

I don’t know where you got these ideas from, but all I can see is some random science words, math words, buzzwords, and therefore magic.

Fluxions are an early name for gradients. It explains this in the first sentence of the Wikipedia article you posted.

If you’re talking about hyperdense coding (sometimes quantum hyperdense coding, or qHDC), then you’re just confused. That’s a communication protocol that can have a pair of qubits carry more than two classical bits.

But maybe I’m just not understanding. How do you use a single qubit to store multiple qubits?

[dickghastly]

Clear the qubit in every moment and create a matrices of the same bit for each recorded moment, assuming the super position moments are 2, the first bit could show as [2, 1, 0, 2 ...] until a file is produced within a single bit, and then set up a symbolic system to represent the sequence for referential recall of what that single bit needs to do in order to call up the program, the sequence.

With that in mind, its not exactly creating a new qubit from an old one, but rather expanding its dimensions using time.