Thabks for the response and the feedback. I agree wholly with your observations, and am aware of my own limitations in the field of topics mentioned. This is why I attempt to check my bias as consistently as possible. I realize my shortcomings and the potential to fall into the oroborus of bias and ideology. It's very easy to fall into self affirming traps and self statements, ex. "I KNEW IT!" feeling when I feel I found a confirmation of a conjecture I put forth to myself. I find I learn more from being wrong about certain things and correcting by learning from said mistakes or misconceptions. I rarely post to social media, other than my music sharing. This is really the first time I have put myself out there in this regard.

I do need to focus on a few (grounded and realistic) things at a time, as mentioned these topics are deep, singular topics in each of these fields take lifetimes of learning and espert experience, successes and failures. My primary focus (intruige) in regards to quantum theory has been based around the recent Nobel regarding Bell inequalities and the resulting experiments and the results. It has been something I have pondered for over a decade and have seen some co formations that I have an ability to at least ask some of the right questions with confirmational responses based on foundational and experimental research. Again realizing my own bias in truly knowing I understand these topics fully. My proposal, related to quantum physics/theory, has to do with our current perception of time, biological shortcomings in terms of synaptic delay, observation/experimentation and localization. Specifically around localization of time, i.e. Quantum clocks and superposition, perceived local time is only consciously calculated through and at the time of observation, again I'm being vague in scope, as the topic is very in depth and am limited in articulating my question fully in this format. Clocks in this regard may be extrapolated as interleaved non local waveform functions, hence my question regarding synaptic delay at the time of observation as well as measurement and how we measure, what experimental tools we utilize etc as well as relative field dynamics, elementary interaction, photon, phonon interaction, relevant things we have learned from CERN in regards to Higgs-Boson and the shortcomings of our understanding related to expected mass of particles resulting from those experements. I don't want this to get too tangential, just outlining where my current foci and interest lies in these fields. I am looking into Quiskit as a jumping off point regarding quantum computing.