Data type for massively parallelized Ethereum-like platform: mapping with order and a form of mutex (reminiscent of Golang mappings)

I am very interested in scaling what Ethereum started in 2013/2014, and I have followed Ethereum since (I used to work with an organization that ENS gave a dedicated name, for example, reserved it as one of few they reserved for organizations…) This organization was very controversial though. I solved proof-of-unique-human in the ideal way by 2018 (together with that controversial organization…), and it is quite well known (an analogous approach but worse version game theoretically is currently being approached by the individual who single-handedly built the first version of Ethereum in 2013/2014, he calls it "proof-of-video-interaction"), but it requires extreme parallelization. Hundreds of thousands of transactions per second. Polygon seems to have solved part of parallelization with "transaction dependency graph". Another problem, scaling the consensus, I am forbidden to mention here as an Edmund with support from a Ligi threatened to ban me if I did (this seems counter-productive still? Would be good if it was over-ruled by the other moderators and I was informed of this). And a third problem, is data structures. In my proof-of-unique-human I need to operate in parallel on something like an array. A very generalized and quite simple mapping that is a bit like a mapping in Golang could allow for that. I think this is a valid idea, and relevant. It is a topic that needs to be solved. Ethereum in 2014 was a revolution, Bitcoin in 2008 before that a revolution too, but everyone here will live many decades more, and just like ENIAC was one of first computers, the computer continued to advance, and 70 years later it continues still to advance. It is a living system, and growth is change.