"I am currently preparing for the launch of a research project in a new frequency band."

By Roman Dávid. ,

          

Wave Physics and Satellite Reception Research Center
Forschungszentrum für Wellenphysik und Satellitenempfang 
Centre de recherche en physique des ondes et réception satellite
Centro de investigación en física de ondas y recepción satelital       
Vedecko-výskumné centrum pre vlnovú fyziku a satelitný príjem 

 

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.

SK>Metodický postup
EN>Methodical procedure
DE>Methodische Verfahren

Jedine správne stanovený metodický postup meraní postavený na vizualizovanom dokazovaní v signálnom monitoringu generuje nespochybnitelné výsledky > pozri nasledujúce zhrnutie...

Only the correctly established methodical procedure of measurements based on visualized proving in signal monitoring generates undeniable results. > see the following summary...

Nur das korrekt festgelegte methodische Verfahren von Messungen,basierend auf visualisiertem Beweisen,erzeugt unbestreitbare Ergebnisse. >siehe folgende Zusammenfassung...   

Rascom QAF 1R at 2.9°E – Ku-band North & South Beam Reception: 11 305-H & 11 218-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

   Rascom QAF 1R at 2.9°E-South-North-footprint-reception-baner-final-ok                                             
 

  Express AM7 at 40°E-Ku band_Fixed 1-2-3 & Steerable beam Reception : RT News,NNTV
   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
    express-am7-40e-baner-enter   
      
   Astra 2E/2F/2G at 28.5°E-UK Spot Beam Reception : Freesat,Sky UK (BSkyB)...
   Research on Satellite Reception Capability in Central Europe Verified by Signal Monitoring Since 2004
   "Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
   astra-2e-2f-2g-uk-spot-beam-satellite-reception-central-europe        

 
   Amos 3 at 4.0°W-Middle East footprint : YES Israel,METV-Middle East TV ...
   Research on Satellite Reception Capability in Central Europe Verified by Signal Monitoring Since 2005
   "Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
 

   amos-3-7-middle-east-footprint-reception-central-europe-
 

    Badr 5/7/8 & Es'hail 2 at 26.0°E
    Research Related to Satellite Reception Capability in Central Europe Verified by Signal Monitoring
    "Synchronous Nanocorrections": A Technological Invention by Roman Dávid in the Practice of Satellite Reception
  Badr-baner-630x151- OK-by-dxsatcs.com-enter    
   
   Center focused on the lowest Symbol Rates (SR) in satellite reception practice
    IS 901 at 27.5°W,Hispasat 30W-6 at 30.0°W,EUT 8 West B,16A ,21B    
   dxsatcs-low-symbol-rates-in-satellite-reception-practice-by-autor-Roman-Dávid-baner-enter      
 
    Alcomsat 1 at 24.8°W : TDA Algeria
     Research related to the feasibility of reception in Central Europe verified by signal monitoring

   dxsatcs-alcomsat-1-satellite-reception-center-central-europe-   

 

   Canal+ Afrique on SES 4 at 22.0°W-West Africa
    Research related to the feasibility of reception in Central Europe verified by signal monitoring

  ses-4-canal-plus-afrique-satellite-reception-central-europe    

 

   Center for Multistream (MIS Multi Input Stream) Satellite Reception Technology
    Eutelsat 9B at 9.0°E , Eutelsat 21B at 21.5° E , Eutelsat 5 West B at 5.0°W      

   center-for-multistream-satellite-reception-technology-in-dvb-s2-standard-by-author-roman-dávid-enter-png              

 

   EthioSat Ethiopia on NSS 12 at 57.0°E-East Africa
   Research related to the possibility of satellite reception of the Eastern Africa footprint in Central Europe                                    
   nss-12-57e-east-africa-beam-reception-ethiosat-center-enter          

                              

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