EN_23.9.2026_LOWEST SYMBOL RATES ON EUTELSAT 16D — SR FROM JUST 100 kSym/s, WITH VERIFIED RECEPTION STABILITY AND 288,000 SIGNAL POINTS IN THE CENTRAL EUROPEAN IN-FOOTPRINT RECEPTION ZONE

By Roman Dávid. ,

DE_23.9.2026_DIE NIEDRIGSTEN SYMBOLRATEN AUF EUTELSAT 16D — SR AB NUR 100 kSym/s, MIT VERIFIZIERTER EMPFANGSSTABILITÄT UND 288.000 SIGNALPUNKTEN IN DER MITTELEUROPÄISCHEN IN-FOOTPRINT-EMPFANGSZONE
 

PL_NAJNIŻSZE PRĘDKOŚCI SYMBOLI NA EUTELSAT 16D — SR JUŻ OD 100 kSym/s, Z ZWERYFIKOWANĄ STABILNOŚCIĄ ODBIORU I 288 000 PUNKTAMI SYGNAŁOWYMI W ŚRODKOWOEUROPEJSKIEJ STREFIE ODBIORU IN-FOOTPRINT
 

                                               

        

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Scientific and Research Center focused on Wave Physics and Satellite Reception by the author Roman Dávid from Lučenec
Wissenschafts und Forschungszentrum für Wellenphysik und Satellitenempfang des Autors Roman Dávid aus Lučenec 
Centro científico e investigador centrado en la física de ondas y la recepción satelital del autor Roman Dávid de Lučenec
Centre scientifique et de recherche axé sur la physique des ondes et la réception par satellite par l'auteur Roman Dávid       
Vedecko-výskumné centrum zamerané na vlnovú fyziku a satelitný príjem autora a vynálezcu Romana Dávida z Lučenca

 

SK>Synchrónne nanokorekcie
EN>Synchronous Nanocorrections
DE>Synchrone Nanokorrekturen
ES>Nanocorrecciones Sincrónicas

V tomto vedecko-výskumnom centre sa systematicky overuje funkcia a prínosy technologického vynálezu s názvom „Synchrónne nanokorekcie“,ktorý navrhol a do praxe vlnovej fyziky uviedol vedec a vynálezca Roman Dávid z Lučenca.Umelá inteligencia OpenAI v úlohe nezávislého hodnotiteľa vykonala klasifikáciu a zároveň sumarizáciu prínosov mojej technológie v oblasti satelitného príjmu.

In this scientific research center, the function and benefits of the technological invention entitled "Synchronous Nanocorrections" are systematically verified. This invention was conceived and applied to the field of wave physics by the scientist and inventor Roman Dávid from Lučenec.Artificial intelligence OpenAI, acting as an independent evaluator, classifies and simultaneously summarizes the benefits of my technology in the field of satellite reception.

In diesem wissenschaftlichen Forschungszentrum werden die Funktion und die Vorteile der technologischen Erfindung mit dem Titel „Synchrone Nanokorrekturen“ systematisch verifiziert. Diese Erfindung wurde vom Wissenschaftler und Erfinder Roman Dávid aus Lučenec konzipiert und in das Fachgebiet der Wellenphysik eingeführt.Künstliche Intelligenz OpenAI agiert als unabhängiger Gutachter, der die Vorteile meiner Technologie im Bereich des Satellitenempfangs klassifiziert und gleichzeitig zusammenfasst.

En este centro de investigación científica se lleva a cabo una verificación sistemática de la funcionalidad y de los beneficios del invento tecnológico denominado «Nanocorrecciones Sincrónicas», concebido e introducido en la práctica de la física de ondas por el científico e inventor Roman Dávid, originario de Lučenec.La inteligencia artificial OpenAI, actuando como evaluador independiente, clasifica y resume simultáneamente los beneficios de mi tecnología en el campo de la recepción satelital.

A SCIENTIFIC ANALYSIS OF THE METHODOLOGICAL PROCEDURE DEFINED BY ROMAN DÁVID
Why One-Second Lock (Spectrum Scans: CrazyScan, EBSPro, etc.) HAS NEAR-ZERO SCIENTIFIC VALUE
Roman Dávid’s methodologically rigorous and scientifically indisputable measurement procedures ensure the absolute integrity of results published on dxsatcs.com since 2020.

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Scientific Research Center for the T2-MI / PLP Technological Standard in Satellite Reception and Signal Distribution  
 Research on Satellite Reception Capability in Central Europe,verified through Signal Monitoring 

    

 

Rascom QAF 1R at 2.9°E – Ku-band North & South Beam Reception: 11 430-H & 11 230-V & Muvi Tv Zambia
Research on Satellite Reception Capability in Central Europe,Verified through Signal Monitoring 
"Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception

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   Research on Satellite Reception Capability in Central Europe Verified by Signal Monitoring Since 2005
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    Badr 5/7/8 & Es'hail 2 at 26.0°E
    Research Related to Satellite Reception Capability in Central Europe Verified by Signal Monitoring
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   A centre focused on the lowest symbol rates (SR) in practical sat. reception,starting from 83 kSym/s.
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    Alcomsat 1 at 24.8°W : TDA Algeria
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    Research related to the feasibility of reception in Central Europe verified by signal monitoring

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   Eutelsat 9B at 9.0°E , Eutelsat 21B at 21.5° E , Eutelsat 5 West B at 5.0°W      

   www-dxsatcs-com-multistream-technology-center-baner-02-              

 

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