The quantification aspect is intimately tied into the non-local variables issue. See Bohm’s work (early work was with De Broglie) and various discussions around it such as Einstein’s take on it. This is an area of physics that I am very interested to explore with novel thinking once I finish my work on decentralized consensus. I have already written down some of my ideas for further introspection. I need to learn a lot more about the field. You could also see John Nash’s model of a vacuum he was working on right before he died. Check his Princeton homepage. I have a book Information Mechanics by Kantor that I have not had time to digest yet.
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@anonymint I hope you will find time to spend on this very interesting topic!
The network scaling relativity spawned some new ideas on this matter. But I’m too overloaded in software work right now.
Im studying mostly riemann, tensors fields, quaternions and fourrier series :) thats the kind of stuff i want to integrate into distributed node to make simulation on those stuff of waves / quaternion / fourrier series and riemanian geometry.
Don’t make jealous ;-)
I already have lot of code for this :) its part of things i want to be able to have in portable binary form, on baremetal micro kernel, to have all the cpu clocks and cores and ram available for real time stuff, vectors, waves, fields etc
Current web solution are not that good to program this.
I will probably post on those topics here too.