NON-INFLICTING DATA READING AND PHASE-COUPLINE HYBRID CODING METHOD IN TOPOLOGICALLY PROTECTED BALLISTIC SYSTEMS

A non-influencing data reading and phase-coupling hybrid coding method improves ballistic missile defense systems by addressing decoherence issues, enhancing tracking and interception accuracy through quantum-hybrid operations.

TR202607436A2Pending Publication Date: 2026-10-21OZAN GÖRKEM DEMİREL
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Patent Information

Application Number
TR202607436
Authority / Receiving Office
TR · TR
Patent Type
Applications
Current Assignee / Owner
Filing Date
2026-05-06
Publication Date
2026-10-21

AI Technical Summary

Technical Problem

Existing ballistic missile defense systems face challenges in accurately tracking and intercepting ballistic missiles due to decoherence effects, which hinder precise phase control and localization, necessitating improvements in phase-coupling hybrid coding methods.

Method used

Implementing a non-influencing data reading and phase-coupling hybrid coding method in topologically protected ballistic systems, utilizing quantum-hybrid operations and advanced computational algorithms to enhance phase control and localization accuracy.

Benefits of technology

Enhances the precision and effectiveness of ballistic missile defense systems by mitigating decoherence effects, enabling more accurate tracking and interception of ballistic missiles.

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Patent Text Reader

Abstract

The invention relates to a data processing method on a topologically protected processor architecture providing ballistic conduction at room temperature. The invention encompasses sampling the phase information of charge carriers within the active conduction channel according to the weak-measurement principle without completely collapsing the wave function, performing this process via nodal points in fractal conduction paths, and converting the resulting phase data to classical electronic logic levels while preserving the ballistic regime. The invention enables high-speed data encoding and autonomous error correction without generating Joule heating, while maintaining quantum phase integrity.
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Description

1 TAR IF NAME TOPOLOJ İK KORUMALIBALL İS T İK S İS TEMLERDEM Ü DAHALES İZ VER İ OKUMA VEFAZ -UYUMLUH İB R İT KODLAMAY Ö NTEM İ TEKN İK ALAN 5 B u lu ş ; ya rı -i le tk ens is te m le rd ekikuan tu m fa zb ü tü n lü ğ ü n ü veba llis t ik i le t im re jim le rin i ku lla na ra k , y ü k ta ş ıy ıc ı la rın da lg a fo nks iy onudekohe ra nsau ğ ra t ı lm adanve ri iş le me , okumavekod la may ö n te m le ri i le i lg il id ir. B u lu ş ö ze llik le , k ö k ta rifn amede ta n ım la nan h ib rit p la zmon ik iş le mcim im a ris i ü ze rin deko ş anm ü daha le s iz (zay ı f ö lç ü m ) p ro to ko lle ri kapsamak ta d ı r. 1 0 TEKN İĞ İN B İL İN ENDURUMU (Ö nceki T ekn ik ) M evcutya rı - teachers of technological institutions, they are called messiahs. s is te meuygu la nand ış m ü le r (o lç ü mgeri -e tkis i), and then the fazb ü n lü n ü bozmak ta veda lg a fonks iy onunun ç ö kmes in e (decohe re nce) is not taught. B du ru m , ballistic mitigation system (J ou le ıs ın mas) b i n d r m e waste 1 5 i le t im h ız ın physical cells are not required. G e le nexelyaz ı lm salha ta d ü ltm e y ö n te m le ri, buf iz ik selkayb ı te la fiedememek te d ir. BLUE Ş UNAMACIVETEKN İK Ç Ö Z Ü M Ü B u lu ş name ; There is no rift (0 6 / 0 5 / 2 0 2 6) and 2 0 2 6 / 0 numbers are 2 0 2 6 - GE - 3 0 8 8 7 4 ev ra kno lu ) Berry Phase Cliid ive Fractal Configuration 2 0 In the 2 2 0 years of the 2000s, physicists have been able to address the challenges faced by iş le nmes in Jesus ğ la January y ö n te msunmakt ı r. B u lu ş is ours and we are not able to do it ; y ü k ta ş ıc ın phases , the secondary focus is on b ü tü n ü y le ç ö rtm eyenb ir Z ay ı f Ö lç ü m (W eak -Measurement) regime ö rn one of the greatest irilm is them. B usayede , ballistics tik vo rte ksak ığı bozu lm adanve ri transfer 2 5 Physical cellular tmandas table shows the veo to nomha ta d ü ze ltm mechanism mass ed science te d ir. Ş EK İL LER İN A Ç IK LANMASI 2 B u lu ş unama ç la rın in the ş mak iç gospel meetings were presented at the meeting. Ş ek il 1 : The blue cone iş le mcib irim in in pat la t lm halin in ş emat ik g ö r ü n ü d ü r. Ş ek il 2 : The blue cone is the mcib irim in dekivo rte ksd in am iļ in ü st te n ş emat ik g ö rún ü m ü d ü r. Ş ek il 3 : The cone is the mcib irim in the case. 5 Ş ek il 4 : B u lu ş cone position in the deck of the photographer in the end of the sequence e tk ile ş im in in ş emat ik g ö rü n ü m ü d ü r. Ş ek il 5 : B u lu ş konusu iş le mcib irim in in a lt ta n ş emat ik g ö rü n ü m ü d ü r. REFERANSNUMARALAR IN IN L İS TES İ  1 1 0 : A lt Y ap ı . 1 0  1 2 0 : H iz a la in İş a re t le ri  1 3 0 : A ra y ü zey K a tm an .  2 1 0 : A kt if İ le t im K ana lı .  2 2 0 : Fra k ta l K onf ig ü ra syon lu İ le t im Y o lla rı  2 2 1 : D ü ğ ü m N ok ta la rı . 1 5  3 1 0 : B a riy er K a tm an ı .  3 3 0 : M uha fa za K a tm an ı .  4 1 0 : Christian B irim i.  4 3 0 : K ab lo suz E ne rji T ra ns fe r A ra Y ü z le ri. BULU Ş UNA Ç IK LAMASI 2 0 B u lu ş konusuy ö n te m , k ö k ta rifn amede ta n ım la nanfiz ik selm im a ri ü ze rin de ş u Here are some examples of oper ation-related activities: 1 . Additional Okuma (Z ay ı f Ö lç ü m ) Protocol : Activation Channel (2 1 0 ) for dekiball vo rte ksak ış ın is one of the most important parts of the process, which can be used to improve D ü ğ ü m In the (2 2 1 ) localization, the energy supply is 2 5 ö rn one of them. In the case of b usiness, the output is close to the left function (back - act ion ), n = 3 harmonic zonal reaction rates were measured. 3 2 . O to nom H a ta D ü ze ltm eve Objectives: To ensure that the house is vulnerable to the weather, k ö k The length of the amedebe line is 0.5 nm and 5 nm, respectively, and ha ric ib ir yaz lım allows the maximum contribution of value (self - correct ) is established. 3 . P a g e -Digital D o w i n g Code : Inputs Berry Phase diagrams, herb ir fractal 5 Two points at (2 2 1 ) ö the phase -key of the signal transformer is used. B takes z In fact, ballistic missile defense systems are electronic devices, sev iy e le r n (0 -1 ) is the only term that is corrected. BULU Ş UNSANAY İY EUYGULANMAB İÇ İM İ B u lu ş ; y ü ksekper forms of knowledge and attitudes towards the receipts of the family 1 0 s is stem m le rin body iş b ir end ü striy elye lp azedeuygu the nab ilir n ite lik te d ir. B u lu ş an te meluygu la maa la n la n la ş and lard: Quantum -Hybrit İ ş le mci M im a rile ri: Quantum capabilities in classical literature during the developmental phase of the veballistic processes, Y apay Z eka (AI ) and V e ri Goals: Ultra -d ü ü kg ü ç tü ket im ivey ü ü ksek iš le m ız ı 1 5 ge re ct ire nsunucu ta t i n the rd av tense circuit is m ore likely to occur, İ le ri S ev iy e S in yal İş le meve S avunma S anay ii: D ış m ü daha le le re kapa lı , fa zk il id i ta ban lı g ü ven li habe rle ş mep ro to ko lle rin devek rip to g ra f ik donan ım mod ü lle rin de , B iy osens ö rve M ed ik al T ekno lo ji le r: G e rç ekzaman lı , fa z -hassasve te rm alst re s o lu ş tu rm ayan (so ğ u tm age re kt irm eyen ) g iy ile b ilir ta n ı c ih az la rın dave im p la nted ile b ili r 2 0 ç ip le rd e , U ç N ok ta (E dge C omput in g ) C ih az la rı : O to noma ra ç la rve Io T s is te m le ri g ib iene rj i ve rim lil iğ in in k rit ik o ld u ğ umob il iş le mb irim le rin deuygu la nab ilir. B u lu ş kapsam ın da ta n ım la nany ö n te m ; k ö k ta rifn amedebe lirt i le na to m ik ka tm an b irik t irm e (A L D ) v e E U V lito g ra f i g ib i h a s s a s ü re t im a lty a p ıs ın a s a h ip y a rı -i le tk e n 2 5 te s is le rin d e , m e v c u t C M O S ü re t im h a t la rıy la e n te g re e d ile re k s e ri ü re t im e u y g u n b ir y a p ı s u n m a k ta d ı r.

Claims

4 İS T E M L E R T O P O L O J İK K O R U M A L I B A L L İS T İK S İS T E M L E R D E M Ü D A H A L E S İZ V E R İ O K U M A V E F A Z -U Y U M L U H İB R İT K O D L A M A Y Ö N T E M İ 1 . B u lu ş , to p o lo jik k o ru m a lı b a lis t ik s is te m le rd e m ü d a h a le s iz v e ri o k u m a v e fa z u y u m lu 5 h ib rit k o d la m a y ö n te m i o lu p ö z e lliğ i; A k t if İ le t im K a n a lı (2 1 0 ) iç e ris in d e k i b a llis t ik v o rte k s a k ış ın a d a h il o la n y ü k ta ş ıy ıc ı la rın fa z b ilg ile rin in , y ü k ta ş ıy ıc ı d a lg a fo n k s iy o n u b ü tü n ü y le ç ö k ü rtü lm e k s iz in Z a y ı f Ö lç ü m (W e a k - M e a s u re m e n t ) p re n s ib i u y a rın c a ö rn e k le n d irilm e s i, S ö z k o n u s u ö rn e k le m e iş le m in in , Fractal Configuration Selected in the (2 2 0 ) Open Configuration (2 2 1 ) Location No. 1 0 y ü k e x p e r i t i o n g h o u l e n e r a r e s i n g r e s i n g th e m a s s u l t e r e d i n g E d eed il n agriculture, Ballistic systems are characterized by electronic control functions (0 -1 ) with a dynamic range. ad ım la rj n iç e r m i s i i i z e i d i s i d i r . 2 . İ s te m 1 'eg ö re b ir y ön te m o l e p ö ze lliğ i; ba llis tik i let the water supply in the deepest phase , k ö k The number of samples in the range of 0 .5 nm and 5 numbers in the range = 3 1 5 When the harmonic resonance is increased, the signal is more stable. d o n a n ım k a tm a n ın d a o to n o m o la ra k (s e lf -c o rre c t in g ) s ta b iliz e e d ilm e s i i le k a ra k te riz e e d ilm e s id ir. 3 . İ s te m 1 ’e g ö re b ir y ö n te m o lu p ö z e lliğ i; b a llis t ik v o rte k s iç in d e k i y ü k ta ş ıy ıc ı la rın B e rry F a z ı (g e o m e t rik fa z ) d e ğ e rle rin in , h e r b ir D ü ğ ü m N o k ta s ın d a (2 2 1 ) ö z g ü n b ir v e ri a n a h ta r ı 2 0 (p h a s e -k e y ) o la ra k ta n ım la n m a s ı v e b u a n a h ta rla rın h ib rit a ra y ü z ü z e rin d e n k la s ik m a n t ık s e v iy e le rin e d e te rm in is t ik b ir s ı ra ile a k ta rı lm a s ı a d ım la rın ı iç e rm e s i i le k a ra k te riz e e d ilm e s id ir. 4 . İ s te m 1 v e 2 ’y e g ö re b ir y ö n te m o lu p ö z e lliğ i; s ö z k o n u s u z a y ı f ö lç ü m (w e a k - measu re ment ) iş le m in in , ba llis t ik i le t im re jim in deki te rm alg ü rü ltü e ş iğ in in a lt ın da 2 5 ge rç ek le ş t iri lm esive ö lç ü ms ı ra s ın day ü k ta ş ıy ıc ı da lg a fo nks iy onunauygu la nange ri -e tk i (back -act io n ) e tk is in in , n = 3 ve ta mkat la rı ü ze rin denyap ı la nd ı rı lm ış ha rm on ik re zonans h iy e ra rş is ia ra c ı lığ ıy la to po lo jik o la ra ks ö n ü m le nmesii le ka ra k te riz eed ilm es id ir. . İ s te m 1 'eg ö re b ir y ö n te mo lu p ö ze lliğ i; A kt if İ le t im K ana lı (2 1 0 ) ü ze rin dekiy ü k yo ğ un lu ğ unun , F ra k ta l K onf ig ü ra syon lu İ le t im Y o lla rı (2 2 0 ) ö z -benze ş im li geomet ris i everyone is in the same position (2 2 1 ) among them and their friends are asked to do so. The ballis tik i le t im s ü re k l iğ in , and the medurums of the dadahif iz tm as tmndako and the warrior is riz eed knowledge. 5 6 . İ s te m 1 to 5 ' te nhe rh angib irin , all the activities are carried out ; k la s i c ve ri iş le med ö ng ü le ri i le quan mmant caps are connected to the phase -uyum power supply, hybrid opportunities for philosophical reasons and the characteristics of Christianity .