its so stressing to have to study to plugin instead of warp project. I am obsessedly studying to warp project normally and need to revisit/print some books for it alike and study continuously from borel sets to probability statistics topics to measure theory and to solitons as an inspiration check of hysteresis alike concepts in a ferromagnetism field which might give idea/inspirations to the multiverse side idea and to such topics. I been trying to reacclimate to coding tasks as last 10 minutes and its very unnice to leave studying to warp project/multiverse framework ideas. my plugin coding task has been disrupted by alot of things like getting sinusitis then i left doing tasks to that and so. but i have to finish that to be able to create income to help my home's economy. hmm so i have to reinit also plugin coding which i paused during awhile. its so hard. to get restudying to coding tasks. after hadnt coded for a week or so. been studying to study...
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lets not mention even. hmm param oldugunda guvenlik kismi olan bir ev yapicam, bir fizik labi olan (hull teknolojisi uretmek icin) bir de station of guvenlik olan falan. yep guh fizik labi kurucak ilkin leviate edebilen hull teknolojisi uretmek icin. sonrasinda neptune outpost develop edicegiz ve orda atilgan teknolojileri icin bir space de fizik labi kurup orda atilgan ureticegiz. hmm bir ara plugin taskine devem etmem lazim ama kac gundur warp proje ideasina calismayi birakamadim. bir suru topic revisit etmem lazim ornegin measure theory/ borel sets/statistics probability/hysteresis concept/ even some maths concepts seen in reaction diffusion articles like solitons to see the hysteresis concept definitions/frameworks there to get inspiration more. --------------------- yep seems as I need to restudy to machine learning also beside probability/statistic like topics: Boltzmann machine - Wikipedia yep I had studied to these concepts like in 2017s 2018s...
i had again rested with watching documentaries which i always everytime fell asleep in 3 minutes and had rewinded the video (since couldnt watch last day) saw a creepy topic on last night when resting:S --> no worries people we going to protect world planet from any terror types :S we know that some terror types attempted in world planet whch is very worrying us and very most horrific but no worries we all world people are working to stop/end/mitigate such terror threat and implement prosperity to humanity and world planet with warp tech. no worries! we all world people are working to fix/mitigate that horrific terror topic! so no worries! humanity is a talented speices that could solve any issue. so no worries. that horrific terror type going to be fixed/mitigated/solved with warp tech. so no worries! people are working on to mitigate/end such terror threat attempted by an not known origin :S! do not worry! we would build tech to protect world from. and every...
boltzmann grid implementation suggestion from search engine
yep for a moment i thought how can one implement a boltzmann grid then searched in search engine google and among ideas this one seemed implementable: Superconducting Quantum Flux Parametrons (QFPs) can implement Boltzmann grid logic—a stochastic artificial neural network—by acting as probabilistic neurons where the direction of a circulating current ( ) represents the binary state ( , or "0"/"1"). These devices are highly suitable for Boltzmann machines due to their low-power consumption and adiabatic switching capabilities, allowing for stochastic operation through thermal fluctuations at cryogenic temperatures. IEEE +3 Core Concepts for Implementation QFP as a Stochastic Neuron: A QFP consists of an inner loop and a main loop with Josephson junctions. An excitation current ( ) causes the potential of the QFP to change from a single-well to a double-well. The state of the neuron is decided by which of the two energy-stable states the flux falls into, which ca...
hmm since topics of the lattices came to probability related definitions, I need to go over some probability statistics knowledge which I studied very before but need to revise, and some borel sets based probability definitions alike topics (since there we work with near infinite lattices in past-future sheaves topic) and some measure theory topics revising due to relevance to sets based probability theory. so time to revisit some such knowledge. like measure theory topics (which i studied introduction to 5 years ago) and some sets based prob calculations. hmm seems as lots of topics to revise for creating the probability cdf for latticization for sheaves of past-future connected sheaves so there is the variable parameters of an eigenvalue, its eigenvalue states, its generator element and its generator's iteration, all these are variables that could change. and are having at one moment of lattice formation it binds to specific config based on probability. h...
warp discussion continued
yep i studied more to the banach tarski based 2.d idea more and yep I think I completed some of conceptualization of some ontology level but not very formulated wise yet as fully diagrams/formulas of alike. specifically the point topology concept is not decided yet. I had idea that there is no distance concept in this 2.d idea. and figured out how that happens. there is no cartesian frame and no distance concept indeed. yep I study like -> hey i think distance concept in this generator based model does not make sense indeed so how so distance also occures when eigenstates are interacting. figured out why /how. so in this idea's spatiality topology there is no distance nor cartesian frame indeed :) (they might be perceived perceptions (similar to time being some poset/lattice perception but not that there is any time dimension). but in model wise distance/cartesian frame they dont exist. hmm. its all exists is the generators which genera...