disgusting terrsts of foreign gypsies foreign terrorst grp/cult

 hmm does not mean I wont myself also try out some euler index based alike shape methods of analytical geometry shapes merged with topological based analytic space definitions  to devise my ideas of possible multiversal amplifiers for entropy with both concepts of differential geometry and analytic geometry merged in topological and analysis based interchangeable space time definition sets 

hmm how logic systems to intuitionistic maths   is similar to space time definitions of analysis/topology based definitions /frameworks of space time.

that being the space time (not space time but lets call it universe)  matter.

although i forgot some topology introduction i had read, but were remembering its dimensions generalizations topics based on grp theory.  that being irrelevant to continuous transformations topic neither but that is also some other factor. but when considering definition of a space time definition or a qft field definition of points or whatever it is, i think analysis and topology dimensions topics cames first to my mind although might need to revisit topology readings since last time had studied to 3 years ago. 

but the topic is -> 

i believe. that its possible to create such material designs with intelligent analytic functional geometry and topology design based on abstractions of qft field stuff. 

so the interchangeable logic systems of intuitionistic maths side -> the interchangeablity of that qft space time units or whatever we would place there of field's or whatever yet unthought of,  there the interchangeablity required frameworks is not just the intuitionistic maths skills of ml algos but also the analysis and topological based interchangeablioty of possible frameworks definitions there. 

so even without ml algos, it would be a curiosity based thought exercise to figure out analytical and differential geometry applied to analysis and topology constructs based on qft abstractions to be edited (this is also doable by guh imho since does not include even more interchangeablity based on intuitionistic maths based interchangeable math definitions of logic systems there) and figured out to define the designs of patterns which programs entropy direction:) i mean since i believe to a unified theory of physics so programming physics forces requires programming entropy with such designs.  so this would be a thought exercise.  but actual such designs would be better done to be with ml algos which could completely be able to change its maths logic systems even basic abstractions there could be interchangeable completely and these topological and analysis abstractions are rather higher ontology compared to that :)  so this higher ontology could be a curiosity exercise of guh's to investigate this material design exercise for space time entropy programming material design of both analytically and default differential geometry designs on topology and analysis based spacetime /field definitions on abstractions of qft concepts quantum some abstractions on initial ideas of a unified field theory and then designing the worm hole or warp technologies which wont require exotic matter (exotic matter might be only required if it were a single universe imho) but its not.  there is abundance of universes. so one can definitely with design  could program entropy direction topologically without needing single universe concepts like exotic matter etc etc.

yayyyy soon I would be able to resume these studies :) but i have to revisit alot of maths studies awhile even topology introduction again that i checked 3 years ago. 

so beside developing ml algos i would also task myself with this task. notgenius human versus ml :)  i would have less generative abstraction skill compared to  to be developed v1 version ml algos (since it would be able to even alter its maths frameworks logic systems ml algos easily it would be able to switch from one maths abstraction to second or third (intuitionistic maths frameworks)  for human counterpart guh which is not a math genius,  she is also interested to this design task meanwhile beside this ml algos development task, also she would also interested to design analytical geometry and differential geometry constructs based on those qft abstractions over interchangeable topology/analysis side definitions of qft field/space time. 

yayyy there is this intriguing tasks of design of such geometry designs baseed on interchangeable topology/analysis definitions of abstractions.  beside ml algos development this would be a nice revisiting math studies topics. to hone math skills necessary to continue to resume build ml algos project after 1 year pausing developing it. yep I hadnt studied to maths for last year alike. so i got alot need to revisit math readings and this side challenge of trying to myself design also such material design ideas based on QFT field theory (but to be extended QFT field theory to have it support a unified physics frameworks which is as mentioned based on 2.d principle on thermodynamics )  

so this challenge (side challenge to ml algos development) would be the this time initially by humans made such design study instead of ml based design.  since that would also help revisiting topology and grp topics and differential geometry and analytical geometry (this one yet not studied) and analysis alike topics studies to test out myself doing designing first such design of material which could be used to create CTCs or wormholes in space time without requiring exotic matter. or maybe i think i would be first interested to warp design :) superluminous travel but even much more faster than that warp travel design idea is my first task beside ml algos development. this side task would help me reget back to topology knowledge and analysis knowledge i used to know slightly before and learn analytical  geometry topic which i hadnt studied before (and relearn differential geometry knowledge) so this task would enable some polishing of existing maths knowledge relearning/regetting such knowledge since all these knowledges are required for v2 ml algos version surely.  so beside nlp tasks of v1 ml algos version of coding v1 ml algos version and studying to topoi/grps/category topics alike for v1 version and coding of it during that I now tasked myself with this most interesting intriguing task of such material design. lets see if this not any maths genius guh would be able to design that :)  a curious query :) normally i would had delegate to ml algos but i am also curious to myself also investigate and not fully delegate to ml algos v2 version. plus this knowledge relearning is mandatory for v2 ml algos tasks so i have to relearn topology basics and analysis basics again so and also i would have had to learn analytical geometry sometime so yep this  task would enable with a curious query in the task (a design of such quantum material design me myself without yet ml algos help) would get me regetback track on my maths learning period.  since i mean maybe for v1 version of ml algos such maths knowledge is not mandatorily necessary, still in v2 version it would be required. so relearning such knowledge with a goal at end  (goal of checking out query of whether this guh is capable of inventing such initial material design herself or not :)  i am not a math genius but yep i like learning maths since i like solving queries alike these. i mean fixating to solving math queries is one thing i like alike. so it would be utter fun to try to tackle such design task myself also first beside as a side task/side project in addition to ml algos.

i totally believe in a unified physics framework based on that 2.d principle of thermodynamics.  but hadnt yet studied to qft alot to see whether its abstractions are supporting that. if not supporting i would extend qft field theory abstractions to make them support this idea of my to redefine physics as a unified quantum framework. 

and with that task also to be done, then the task challenge is designing a CTC or wormhole or a warp technology without requiring exotic matter :)  i believe it  might be plausible to develop such technology withing sheaves of multiverse and analytic shapes design of quantum complexity controlled material.   that you can define a quantum interacting material thats controllable engineered and when you can shape that than thats the moment of yep! moment where you can then use multiversal type design of entropy design that is controllably extended along multiverse  that might maybe require electricity power of a computer whilst powering a wormhole or CTC without requiring immense negative energy :)  all is about designing it such that its design shapes entropy flow to increase complexity as along shape edges engineeredly that you then engineer the space time of the material surrounding with since that material also exists in multiverse and uses entire multiverse's entropy power.  

so its like some shaping task design task but multiversal of design of edges of complexity thats amplified by multiverse and the complexity powering the hull's  5d 6d capacity :) 

so is not it a most interesting design task :) I also think so:) most curious design task as spock in star trek would had commented.  although we humans are not as intelligent as aliens alike spock :) (maybe only math genius humans might be such people types which i am not of)  we think spock also would liked this idea and would have had labelled it as a most curious design task :) 

so the task includes multiple tasks: topology and analsysi topics restudying then learning qft fully and extending qft to support my theory of unified theory of physics based on multiversal version of 2.d principle of thermodynamics,  then -> after that also studying some grp thry studies etc and then analytical geometry learning and differential geometry topics restudying and then ->  there->  the task of design task is started :)

so this is side project along side ml algos project :) a comparative study whether guh human would be also be able to achieve what would have been delegated to ml counterpart of ml algos :) 

actually such challenge is set only due to make it more interesting curious study task since i already have to study to those math topics for v2 version of ml algos so its a task i already have to do but giving it such goal makes it more curious :) 

so when you read this paragraph --->

so the task includes multiple tasks: topology and analsysi topics restudying then learning qft fully and extending qft to support my theory of unified theory of physics based on multiversal version of 2.d principle of thermodynamics,  then -> after that also studying some grp thry studies etc and then analytical geometry learning and differential geometry topics restudying and then ->  there->  the task of design task is started :)

this is how also ml algos is developed :)  same studying to multiple studies aloing its design even :) I mean ml algos at its side lacks no less challenges :) ml algos is also with same methoologies developed :)  i  mean if you think the task defined in above paragraph is utter complex engineering challenge, ml algos is same alike although i dont write its design challenges in a second paragraph here. its same alike to and is developed with same mentality/same mindset.  so ml algos development challenges are also same wise challenigng  not any less challening (i mean v1 version ml algos) 

so i wanted to share a glimpse of how exciting theses project is of extending qft theories to support my idea of multiversal version of 2.d principle of thermodynamics  --> unifying physics theorems with one quantum framework. :)  that being only  a one of the tasks of material design side task :)  (space craft hull design whcih could do create worm holes without requiring immense negative energy :)  ) it would depend on advanced material design to utilize spacetime thingy entropy direction with its advanced shapes of material design to be designed algebraicablly mathmeatically basesd on to be discovered from interchangeable definitions of space time /qft based on analysis and topology :) ---> this is the side task beside ml algos project :) guh wondered if she could also design such material and took upon the task since beside i already have had to study to these topics myself for v2 version of ml algos design :) 

so guh decided to add such side task to ml algos  v1 development task. yep :) yayyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy such tasks starts following week yayyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy :)