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Complex Unit Circle            Page 4

complex2.png

Classical computers use 0 for False and 1 for True.

If we assume truth values are unit directions -1 = False and +1 = True.

I.e. -ve direction on real  number line is the negative direction.

Negative Probabilities

Quantum Logic probability waves include range between -1 and +1.

I.e. -100% and 100%

Classical Logic probabilities range between zero and one. I.e. 0% to 100%

When a observation is made or wave function collapses, 
probabilities change into definite True or False Boolean truth values.

Spheres

Bloch spheres are often use to represent quantum states in Quantum Logic.

Reinman and other sphere types have can be more useful in other contexts. 

BlochSphereSimulator.png

Click above image for Bloch Sphere simulator.

Multi-Qubit Gates

CNOT (controlled not) gate is an example of a General Control gate. 

CNot.png

IBM Q-Spheres might be able to model Multi-Quantum Gates.

Similarly placing more than one label on our Q-Balls might also represent more than one truth value on the one ball to do caclulations.

IBM_QSphere.png
GenQG.png

Updated 2025 by Benji Bear and Friends

NB: The people and opinions on this site are just a selection.

Some people are known personally by editors of this site .

Others we only know through their work.We post ideas that seem interesting to us. 

Interesting does not guarantee correctness. 

Please make up your own mind on how good the ideas are. 

If you know of some ideas that should be included in this site email info@time.university or benji@benjibear.com

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