disgusting terrsts of foreign gypsies foreign terrorst grp/cult

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. 

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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 think. long time I hadnt studied to. 

hmm for defining a hebbian system is it required to use boltzmann machine? :) dont think so but need to think on those more. 

I mean for a generic system where complexity and maths based design of hamiltonian systems which exists in multiverse various values where input is connected to BM and then in training of specific pattern designs could be done where the synapses would be programmed to create some synapse patterns on some inputs being hierarchically connected to some inputs and such knowledge could be stored in a connected neural network either, so that with adding complexity over complexity hierarchies of boltzmann systems where a neuron's value being 1 or 0  in specific input is already stored in another network where for a specific input (effect-to-cause) the synapsess could be programmed and then neurons being 1 and might be connected to more nodes which has specific distribution which then makes the neural net be nmore bind to lattice version of like that where the hierharchical model there would have more proneness due to synapse template and modified synapse weights accordingly.

so it would be a challenge to test this. but this would be a possibly feasible how to create a lattice navigator maybe but maths of it would be alike advanced designs of hirerhathical complexities of layers of boltzmann grids with lots of factors to consider on that either. 

this beign one use case for initial ideas for lattice navigator system. (but it would require lots of maths design there yet idea of not ready but just starter initial ideaization is inited but even concept of idea of is not ready )

so with some maths design of that one could create hierharchies of grids where one can have the navigator be attached strengthen one lattice config in multiverse. 

this one idea.

but this one is not related to initial hull study idea either. that one is again some such programmigns but rather about somo geometric algebraic analytic geometry design tasks of the point topology of the eigenstates of hamiltonian of a stochastic system where the design is to do maximize either hysteresis or maximize complexity of through layered boltzmann grids and so with such whatever method, the hull material would stop interacting with gravity well of planet and leviate itself over gravity well. so we would insulate the eigenstates of the material from the material of hull so that it can leviate and not bound to planet and move upwards with little much less impulse.

so second idea is about more simple concept /of insulator property having material design. whcih is maths wise less challenging task compared to lattice navigator tech. 

hmm for lattice navigator (or lattice  binder) the material's boltzmann grids would be maths designed to strengteh some type of lattice in multiverse region around it.  actually than navigator seems incorrect term to it.  maybe selector. lattice selector. yep.   for it to navigate lattices of universe what it could be alike? -> I think that is another engineering idea challenge. but we i believe could go back in time with such selector or to future even possibly when engineered correctly when ideaization and concept gets created. 

but navigator is something much more capable imho. for that the spatial challenge is immense. e.g. even if multiverse has no concept of cartesian frame by itself, it generates a cartesian axises. and there to effect its generators to a point in spacetime would be something possible to engineer surely. but space time is immense indeed. so lattice navigator would have no knowledge if it flies to specific space time coordinate in terms of its generators changes of latticization,  it wouldnt have an idea whether a lattice exists there or not already. i mean it would fly blind although it might have sensors. but navigation would be possibly done with sensors but still when it alters its generators configs to fly to a billions parsecs galaxy place (e.g. to andromeda galaxy),   it would have no idea whether there is lattice there or not and would need to iteratively applyt some sensors during the flight of the spacecraft and surely should create some bubble universes it flies inside where it alters its generators config (it effects which generators of its free grp gets latticized ) thereby alters its spatiality with maybe 0 time instantly. or not in 0 time with some sensor feedback with sending probe first to the attempted to be jumped spatiality. and then accomplish faster than light travel with no 0 time even. or very brief time span. actually would take time possibly since inside universe bubble it would time would flow as its and so but how to engineer that universe bubble which protects spacecraft inside from the exotic change of eigenstates of its boundary during jump would be an immense engineering challenge but accomplishable i believe. possibly we could create metaphoric clamps of universe bubble that travels inside hull where gradually some clamps are attached to the hull system which in effect do insulate inside space craft from exotic physics of such jump. (gradual clamp over clamps (recursive clamp layers that connects universe bubble of the normal space time regimen to the hull which jumps so that inside of space craft also travels not that hull only travels :)  and that inside of spacecraft is insulated from that exotic physics settings of the hull which it would jump to andromeda galaxy for an instant. (before it would jump its probe first and might  communicate with quantum entanglement there maybe to get probe data to then if the space time is not inside a planet or a star or so if the environment is ok, it would then jump instantly to there alike) )  where effeect of exotic space time jump is reduced) 

yep birazdan plugin kodu calismaca sonra da warp teknolojisi icin calismaca hmm some algebra types for ferromagnetism sonsuz lattice hesaplamalarindaki konulari biraz calismaca measure theory revisit etmece falan o konulari revisit etmece stochastic konulari yeni ogrenmece soliton falan etc etc. cunku hmm bu banach tarski inspired generatorslu multiverse modelinde de latticeler var ve pmf/cdf calc edilmesi latticeization konusunda iniital ikinci fikrin (banach tarski based multiverse idea, 2. idea) framworkunun 2.i taski pmf/cdf konusu latticeization ile, o yuzden bu konulara bakmam okumam calismam lazim cunku bu 2. ideanin 2. taskini bitirmek icin. (latticeization processini define etmek icin axiomatic olarak falan) hmm hem eigenstatelerin interactioni konusunda da bir suru bilgi bakmak lazim. hmm bu konuda arastiriilicak bir suru task var bu 2.taski design etmek icin fakat asiri cok task yok, hmm eigenstate interaction fikirlerine bakmam lazim  point topology spatiality de, sonra da hmm borel sigma algebra'lara ve such topiclere ve soliton gibi konulara fikir almak icin (react-diffusion konusundaki invent edilmis already existing fikirlere bakmak falan cunku bazi metodlar share edilebilir  ordan bu 2. task'e) gibi taskler var 2. task icin. banach tarski. fikrinin 2 ana taski var.  ilki some banach tarski generator which generates spatiality (orthogonality ) kismi where 3d orthoganlity latticeizes (bu da ikinci kisimla alakali. ) ikinci kisim ise latticeizationin frameworkunu develop etmece. yep.

yep! boylece bu ikinci fikri kuracagim fizik labinda QFP ile test edebilirim yayyy! boylece belki autumnda eger bu ilk multiverse teorisi prove edilirse fizik labinda test ile, autumnda already leviate edebilen hull teknolojisini uretme hedefini gerceklestirmeye cok yakinlamis olurum! yayyy kisin then neptune outpost develop edilir orda da bir fizik labi kurulur orda atilgan teknolojisi uretmek icin. yep. 

yep

hmm yep bir an once bu teknolojileri develop etmek lazim. cunku uzucu bir haber okumaca ogleden sonra.  cok cok cok cok sukur can kaybi yok.  bir an once hull teknolojisi uretmek lazim aerodynamics systemler yerine.  bir an once hull teknolojisi gelistirmek lazim.  yep! 

hmm bence bu hull teknolojisi hem hafif olur hem de leviate eder ve de sorun olursa bir suru redundancy systemi olur parasut gibi tum sisteme yeticek sekilde. arti iceride de tasinabilir portatif hull systemler olur spacecraft icerisi icin ayni zamanda.   hem de total tum space/aircrafta parasut sistemleri eklenir. 

hmm bence bu hull teknolojisi hafif bir teknoloji olur sonucta hmm bir cok ince bir sail materialine bile print edilebilir bence katmanli hull teknolojisi. hmm yep.  lets develop prototype latest by aralik!

hmm lets develop fizik labi on july then do qfp tests there and invent some printing tech to print sheets of hull katmanlari.  then program computer unit which controls it to leviate.  then first prototype on aralik latest wishfully. yep.

oncelikli ilk task bu 3 multiverse framework teknoloji idealarini gelistirmece. (axiomlari ile /frameworkleri tamamen develop etmece) sonrasinda fizik labinda test etmece, prototip uretmece then leviate eden space-aircraft hull urunu uretmece. yep.  

 

yep.