How to make?

It would be about as useful as a lone qubit; useless.

It's not "made" of anything, it's just the basic unit of information for quantum computers. Same way that a bit is the unit of information for conventional computers.

>So if we make a true quantum computer that uses quantum entanglement to communicate at FTL speeds

That's impossible so the rest of your post is irrelevant.

That's disingenuous. The classical answer to his question for example is obvious, he is speaking about the state of the transistors. What he is asking is obviously the analog to that.

>communicate at FTL speeds
So I have the feeling that you heard the phrase "quantum computer" and decided in your head what that should mean and didn't do any actual reading on it.

This guy gets it! YES, If we think about "quantum " computers as not computers.

Then, somebody tell me how to make information analysis chip/machine.

Pretty sure we get confused with terms that quantum doesn't belong with computer.

Lets pretend computers do not exist at all ok?

How do i make pic related? Whats the process?

So pretend that currently now, your typing on a machine i have no idea of. But you want to explain how to make a quibit chip/analyzing machine.

Lets just call it a machine for now, so not to confuse.

If you're talking about D-wave's qubits, they're encoding information using superconductors.

quibits isnt a base name for that technology?

I'm sure there are variations of it but in my world a hard-drive is still a hard-drive. No matter how fast or slow it runs

Qubit is a quantum analogue of a bit. Just like how it's possible to choose many things to represent your bits (magnetic states in your hard drive, voltage in your circuits), there are many choices for qubits, ranging from the internal electronic states of ions, magnetic spins of molecules and D-waves choice of superconductors and flux.