Quantum computing notes

 

Quantum computing was originally dreamt up to study quantum physics in greater detail.

Quantum physics for humans means studying atomic behaviour at the micro level. With electron microscopes and quantum computing. For aliens it can mean beaming a quantum ray through an apartment building wall to beam an earthling through the wall and into a spaceship for study as human scientists study dolphins with capture and release and tagging.

Everything is vibration. We sometimes speak of particles like photons and bosons and fermions and electrons and protons but the fact that they are in constant movement is indicative of vibration. Shakira's 'hips don't lie' is also vibratory in nature and musically it is measured in Hertz. All wavelengths and such.

https://youtu.be/fNRXD393cfs?si=7h8gqBayt9b1MFAE

Quantum computing means studying wave vectors through amplitude (wave height), phase (ocean swell), and wavelength. See Hawaii 5-0 opening. Consider right and left turning waves.

https://youtu.be/AepyGm9Me6w?si=LgQShkhcTvVB8eC9

All measurements seem to be in kets and reckoned on an X/y axis with values of integer numbers like zero and one. I have not yet mastered the circular notation like pi over two. And etc. 

Rigu (río) Esva....

https://youtu.be/ZjZlpmJg8so?si=IoiRIRTsfhSlixQn

Superpositions as per notation are multiplying factors similar to adjectives or adverbs in grammar. They precede the ket and Greek letters like alpha and beta are used. The superposition viene a ser una honda vibratoria que viene a medir y apropriar un valor. The trick is that multiple chains are entangled with each other in a multiplying out way. Thus 72 qubit computers multiply 1, 2, 4, 8, 16 to a staggering number which defies known accountability. Therefore quantum computing is a science of deduction. And standard computing in bits is a science of induction.

This number would be 2⁷²: a lot.

Not my definition above in Spanish is in conjunction with my understanding also as per 'interference' principles. Strong interference for measuring actual vibratory activity is needed so as not to ruin each calculation by adding unnecessary vibratory activity which can upset each experiment. This process of 'reading' is carried out with the principle of interference.