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Showing posts with label LEARNING UFOLOGY. Show all posts
Showing posts with label LEARNING UFOLOGY. Show all posts

Sunday, July 5, 2015

Farsi -- نفطه های نامفهوم در عکسها را بشقاب پرنده معرفی نکنید !



LEARNING UFOLOGY


Please Translate and Spread.
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Kindly send them to
luisavasconcellos2012@gmail.com



Stop calling UFOs to dots.
نفطه های نامفهوم در عکسها را بشقاب پرنده معرفی نکنید !

بشقاب پرنده ها را به عنوان نقطه های نامفهوم در پس زمینه عکسها معرفی نکنید! ، این نقطه ها (در عکس )ممکن است  هر چیزی  باشند  ، ساختار پس زمینه عکسها را شناسایی کنید و تعیین نمایید که آن نقاط در واقع چه چیزی هستند.
معمولا بین مردم دنیا مرسوم است که با استفاده از لنزهای بزرگ نمایی سطح پایین مناظری را در طول شب و روز رصد کنند.
بوسیله تجهیزات و لنزهای بزرگ نمایی ضعیف هر جسم کوچکی که چندان دور به نظر نمیاید ، شبیه به نقطه ای کوچک به نظر می رسد.
دراکثر مشاهدات شبانه از تقویت کننده های نوری p8079hp با لنز پنجاه میلی متری استفاده میشود که ترکیبی از یک لنز واید (نمای پهن) با لنز اپتیکال با قدرت ضریب 2X است (توجه کنید که فقط 2x).
با اینگونه تجهیزاتی هر شی ای در فاصله 1500 فوتی در حد یک نقطه به نظر خواهد آمد. مثلا پرنده ای در فاصله 2000 فوتی ( در این لنز و تجهیزات ) شبیه نقطه ای دیده میشود و دیگر بالها ی این پرنده قابل تشخیص نیستند . در این شرایط پرواز یک پرنده در مسیر مستقم از نگاه یک ماهواره غیر قابل تشخیص است .
در پیگیری چنین موضوعات و بررسی و پیگیری آنها دیده میشود که اکثر مردم این نقطه های نامفهوم را به بشقاب پرنده تشبیه میکنند . به یاد داشته باشید که معمولا این افراد از یک لنز دید پهن (واید) بسیار ارزان قیمت استفاده میکنند.

در لنزهای ذوم بالا در حد 26x  اکثر نقاط دور ماننده هم هستند و اکثر افراد این نقاط را بعنوان بشقاب پرنده معرفی میکنند و آن نقاط را اشیاء مکانیکی متحرک معرفی میکنند.
حال این همان نقاطی است که بوسیله تله فتو با لنز 1100 میلی متری دیده میشود و مورد استفاده در هنگام فوکوس کردن در دوربین های 1/2.55 مگا پیکسلی که درشت نمایی در حد 150x  دارد که رزولوشنی آنها 2592x1920, 2K میباشد.
حال این در گوشه فریم قبلی که گرفته شده است با half HD 960 x 540 منقطع شده و نمایان میشود.

حال افراد بدون اینکه بدانند احساس میکنند که این نقاط بشقاب پرنده هستند ، بدون اینکه بدانند که در واقع چه چیزی هستند.
اگر در آن رزولوشن ، شی غیر عادی و ناشناخته باشد به این معنی است که این تصویر با بزرگ نمایی بالا گرفته شده است.
بنابراین اکثر افراد این نقاط نامفهوم  را بشقاب پرنده می نامند ، پس با توجه به آزمایش من فکر میکنید آیا این نقاط بشقاب پرنده میباشند؟
وقتی نقاط مشهودند ، افرادی که قبول ندارند که آن نقاط چیزه دیگری هستند میتوانند با انجام آزمایش بهتری نظر خود را ثابت کنند.

 موانع مشهودند و به همان نسبت نقاط بطور واضحی قابل رویت هستند ،  در غیر اینصورت چگونه میفهمیم که  در واقع چه چیزی در پس این نقاط میباشد؟

Translator: Mohammad


Stop calling UFOs to dots.

Stop calling UFOs to dots in a black background, these dots can be anything, resolve the structure behind the dots and show what is the structure of these dots.

Thursday, July 2, 2015

Italiano: Demistificatori, scettici, scienziati mancano di onestà intellettuale.

LEARNING UFOLOGY





Debunkers, skeptics, science types lack of intellectual honesty.
Demistificatori, scettici, scienziati mancano di onestà intellettuale.


0.01   - The continual dismissal of the reality of anomalies always is based in what can be considered as a lack of intellectual honesty. Why is that?
0.01 – Il rifiuto continuo della realtà delle anomalie è sempre basato su ciò che può essere considerata come mancanza di onestà intellettuale. Perché è così?

-          Because always is based in cases that are “easy” to debunk, cases where an apparent clear identification is possible,
 -  Perché si basa sempre su casi che sono “facili” da smascherare, casi per cui è possibile una chiara identificazione.

-          Some clear examples for these “easy picks” are the balloon shaped anomalies or anomalies that look like pieces of foil trapped in a thermal current.

- Alcuni esempi di questi “casi facili” sono le anomalie a forma di pallone aerostatico oppure quelle che sembrano fogli di alluminio intrappolati da correnti termiche.

           Lets see examples of these two “easy” to debunk cases:
           Vediamo ora degli esempi di questi due casi “facili” da smascherare:

0.27 - This is a balloon shaped anomaly, glowing and sparking, hard to accept that as just reflections, but the fact that it has a tether is a “definitive” feature that makes this object a balloon for skeptics.
0.27 – Questa è un’anomalia a forma di pallone aerostatico, brilla e luccica, è difficile che siano soltanto dei riflessi ma il fatto che presenti una specie di corda diventa una caratteristica “definitiva” che per gli scettici la rende un pallone.

0.57 – This is an example of an anomaly that skeptics claim to be a piece of plastic or foil trapped in an air current, in this particular case this “foil” is ejecting things.
0.57 – Questo è un esempio di anomalia che gli scettici affermano essere un pezzo di plastica o di foglio d’alluminio intrappolato in una corrente aerea, in questo caso particolare questo “foglio d’alluminio” emette delle cose.

1.20 – But these are not the only “type” of anomalies that had been recorded, but the skeptics in general “like” to debunk the “easy” cases and never mention the “hard” cases, that is where their intellectual dishonesty gets clear.
1.20 – Questi non sono gli unici tipi di anomalie che sono state registrati ma gli scettici in generale “amano” smascherare i casi “facili” e non menzionano mai i casi “difficili” ed è lì che la loro disonestà intellettuale diventa chiara.

            Lets see some examples of these not so easy to debunk cases:
             Vediamo alcuni esempi che di questi casi non così facili da smascherare:

            A vertical, thin, undulating anomaly spotted on 10/26/14, at 4:16pm EST, some anomalies are really bizarre.
            Una anomalia verticale,  sottile, ondulata, individuata il 26/10/14, alle ore 4:16 EST, alcune anomalie sono davvero bizzarre.

            This is an anomaly showing extreme morphing on 4/12/14 and forming recognizable shapes, even digit “3”, this cannot be “explained” using any
             mundane object.
             Questa è un’anomalia del 04/12/14 che mostra una trasformazione estrema, assume forme riconoscibili, perfino la cifra “3” e questo non si può “spiegare” utilizzando un qualsiasi
oggetto comune.

2.47 – Some selected frames from previous footage.
2.47 – Alcune immagini scelte dai filmati precedenti.

3:15 – But even more: some anomalies respond to direct light signals, in daylight or at night, making the classic “power-up”, a very intense increase on brightness
            correlated directly to the signs sent to them.
03:15 – Ed ancora: alcune anomalie rispondono a dei segnali luminosi diretti, di giorno o di notte, mostrando la classica “accensione”, un aumento intensissimo di luminosità correlato direttamente con i segnali mandati a loro.
           
            People that have witnessed that “response” know beyond any doubts, how wrong are these people that try to dismiss something that they have not even
            tried  to observe.     
              Le persone che hanno assistito a tale “risposta” sanno al di là di ogni dubbio quanto sbaglino coloro che cercano di liquidare qualcosa che non hanno neanche
tentato di osservare.

3.40 - Some of these people that had taken that dismissive attitude for more than 50 years claimed to be “scientists”, scientists that are behaving exactly like
           the Cardinals in Galileo’s time.
3.40 – Alcune di queste persone che hanno questo atteggiamento sprezzante da più di 50 anni affermano di essere degli “scienziati”, scienziati che si comportano esattamente come i cardinali al tempo di Galileo.

           But nobody have exclusivity or authority to determine what is real or not, only honest observations of reality and transparent discussions of these observations can determine that.
            Ma nessuno ha l’esclusiva o l’autorità di determinare cosa sia reale oppure no, solamente delle osservazioni oneste e delle discussioni trasparenti di tali osservazioni possono determinarlo.

           Nobody is stopping you from witnessing the reality of anomalies.
           Nessuno vi impedisce di testimoniare la realtà delle anomalie.


 Translator: Laura P.

Monday, June 29, 2015

LEARNING UFOLOGY - Français: Cessez d’appeler OVNI n’importe quel point lumineux.



LEARNING UFOLOGY


Please Translate and Spread.
Your translations can be posted here. 
Kindly send them to
luisavasconcellos2012@gmail.com



Stop calling UFOs to dots.
Cessez d’appeler OVNI n’importe quel point lumineux.

  
Stop calling UFOs to dots in a black background, these dots can be anything,
resolve the structure behind the dots and show what is the structure of these
dots.
Cessez d’appeler OVNI des points sur un fond noir, ces points peuvent être n’importe quoi, examinez la structure de ces points et démontrez quelle est la structure de ces points.

The use of low optical magnification in many active observers, mainly people
doing night time observation and some doing day time observations is pervasive.
L’usage de télescopes de faible puissance d’agrandissement  par beaucoup d’observateurs actifs, pour la plupart des gens faisant des observations de nuit et certains faisant des observations de jour est absurde.
  
With low optical magnification equipment any small object not very far away will be reduced to a dot.
 Avec un équipement d’observation de faible puissance d’agrandissement,  tout objet petit qui n’est pas très éloigné est réduit à un point.

0.32 – Many of these night time observers use the ***cascade image intensifier
p8079hp with 50mm lens, that combination is a wide field view combination with an optical magnification of 2x, just 2x.
0.32 – Beaucoup de ces observateurs nocturnes utilisent un amplificateur d’image en cascade *** p8079hp avec un objectif de 50 mm, cette combinaison optique est une configuration d’un champ large avec un grossissement de l’oculaire d’à peine 2 fois, juste 2.
  
With this kind of setup any object of one feet span at more than 1,500 feet =
457,20 mts     away will be reduced to a dot, almost any bird is around 1 feet
span = 0,30 mts, so a bird at 2000 feet away = 609,60 mts will be reduced to a
dot without any apparent wing flipping. That bird flying in a straight line will
be undistinguishable from a satellite.
Avec ce genre de configuration tout objet de 30 centimètres de large se trouvant à plus de 450 mètres de distance sera réduit à un point ; presque chaque oiseau a une envergure de 30 centimètres, donc un oiseau se trouvant à 600 mètres sera réduit à un point sans mouvement apparent des ailes. Le vol de cet oiseau volant en ligne droite sera indiscernable de celui d’un satellite.

0.58 – The following are the steps that are followed in this channel in the
processing of footage from any anomaly, this will show that the dots that these
people have been calling UFOs for years are very likely nothing more than
 anomalies. Remember that almost as a rule these people use single digits
 optical magnification equipment, really very poor.
0.58 – Ce qui suit sont les étapes suivies par ce canal pour le traitement des enregistrements vidéo pour toute anomalie, et qui vont montrer que les points que ces personnes ont appelé des OVNI depuis des années ne sont probablement rien de plus que des anomalies. Rappelez-vous qu’en règle générale ces personnes utilisent un télescope optique de qualité d’agrandissement de base.

1.17 – This is an anomaly spotted in IR at 26x optical magnification, just a dot
like any other dot, like the dots that many people had called UFOs for years,
almost always assuming that these are some “crafts” or mechanical artifacts.
1.17 – Ceci est une anomalie repérée par infrarouge agrandie 26 fois, juste un point comme un autre, semblable aux points que beaucoup de gens ont qualifié d’OVNI pendant des années, en supposant presque toujours que ce sont des « appareils » ou des artefacts mécaniques.

1.32 – This is now the same dot as seen by a telephoto 1100mm lens and using in prime focus a 1/2.55 megapixels board camera, this gives 150x optical
 magnification, the original resolution was 2592x1920, 2K.
1.32 – Voici maintenant le même point vu par une photo prise à travers l’objectif de 1100 mm avec une définition de 1/2,55 méga-pixels d’une caméra embarquée, ce qui donne un agrandissement optique de 150 fois, la résolution originale étant de 2592x1920, 2K.

1.52 – Now that is the cropping at half HD 960 x 540 of the lower left corner of
previous frame.
1.52 – Maintenant voici une coupe de demi-HD de 960 x 540 du côté inférieur gauche du cadrage précédent.

2.12 – And now this is the cropping corner expanded at full HD 1920x1080, total magnification 150x2 = 300.
2.12 – Et maintenant la coupe du côté, étendue en Haute Définition de 1920x1080, soit un agrandissement complet de 150x2 = 300 fois.

2.32 – That is the process followed almost always in this channel;
2.32 – Voilà le procédé qui est presque toujours suivi par ce canal;
  
1 – Dot spotted in IR, as any other dot, as the dots many call UFO without
really knowing the structure behind the dot.
1 – Un Point repéré par infrarouge, comme tout autre point, comme les points observés que beaucoup appellent des OVNI sans connaître réellement la structure du point.

2 – That dot is placed in the field of view of a scope with high optical
 magnification 150x and a 5 megapixels camera, each frame in the footage will be 2592x 1920 pixels.
 2 – Ce point est placé dans le champ de vision d’un télescope avec un agrandissement plus large de 150 fois par un appareil de 5 méga-pixels, chaque plan de cadrage ayant une définition de 2592x1920 pixels.


2.52 – If at that resolution the object is an unknown (anomaly) then recording
is done in the high optical magnification scope.
2.52 – Si à cette résolution l’objet est inconnu (anomalie), alors l’enregistrement est réalisé selon un agrandissement de haute résolution.

             ALWAYS whenever the dots have been unknown the object was an
“anomaly”, nothing remotely similar to any craft of any time.
             Lorsque les points ont été inconnus l’objet volant a TOUJOURS été une “anomalie”, rien qui ressemble même de loin à un appareil d’une époque quelconque.

             Anomalies behave like living beings, but they defy any kind of
mundane explanation.
             Les anomalies se comportent comme des êtres vivants, mais elles défient toute explication habituelle.

3.13 – So all these people that have been calling dots UFOs forever, do you
think that “their” dots are different from the same dots spotted by my
equipment?
3.13 – Donc toutes ces personnes qui ont qualifié ces points d’OVNI depuis toujours pensez-vous que « leurs » points soient différents des points repérés par mon équipement ?

When the dots are “resolved” anomalies are revealed, if they think that their
dots are something else then they should use better equipment and resolve their dots showing something different. 
Quand les points sont des anomalies “expliquées” qui sont révélées, s’ils pensent que leurs points sont quelque chose d’autre ils devraient utiliser un équipement plus perfectionné et déterminer que leurs points observés montrent quelque chose de différent.

Footnotes: 

**The bar had been raised, dots need to be resolved in their structure,
 otherwise how do really know what is behind your dot?

** La barre a été placée plus haut, les points doivent être révélés par leur structure, autrement comment voulez-vous savoir ce qui se cache derrière votre point ?


Notes:

*Résolution de l’image (https://pt.wikipedia.org/wiki/Resolu%C3%A7%C3%A3o_de_imagem)


** Cascade : lunette d’intensification (passive) des images

Bien qu’elles aient été expérimentées par les Allemands au cours de la Deuxième Guerre Mondiale, ce n’est qu’en 1950 que les Américains commencèrent à mener des essais en utilisant des lunettes multiples en « cascade », en assemblant la sortie d’une lunette inversée à l’entrée d’une autre lunette, ce qui a permis d’augmenter l’amplification de la visibilité de l’objet visé. Ces essais donnèrent des résultats meilleurs que prévu et des équipements d’observation nocturne basés sur ces lunettes devinrent capables de capter la faible luminosité des étoiles et de fournir une image utilisable. Cependant la dimension de ces lunettes de 43 centimètres de long et de 8,90 mètres de diamètre était trop importante pour des utilisations militaires. Connus sous le nom de lunettes en « cascade », ils fournissaient la possibilité de produire les vraies premières observations en vision nocturne passive. Avec l’avènement de la fibre optique dans les années 1960, il a été possible de connecter de plus petites lunettes, ce qui a permis de développer les premiers vrais objectifs Starlight en 1964. Beaucoup de ces lunettes ont été utilisées dans un objectif AN/PVS-2, qui a servi au Vietnam.

Une alternative aux lunettes en cascade expérimentée au milieu du 20 ème siècle impliquait une rétroaction optique, avec la sortie de la lunette connectée à  celle de l’entrée. Cette configuration n’a pas été utilisée dans les objectifs de type « fusil », mais a été utilisée avec succès dans des applications de laboratoires où de plus grands montages d’images plus intenses sont admises.


Although originally experimented with by the Germans in World War Two, it was not until the 1950s that the U.S. began conducting early experiments using
multiple tubes in a "cascade", by coupling the output of an inverting tube to
the input of another tube, which allowed for increased amplification of the
object light being viewed. These experiments worked far better than expected and night vision devices based on these tubes were able to pick up faint starlight and produce a usable image. However, the size of these tubes, at 17 in (43 cmlong and 3.5 in (8.9 cm) in diameter, were too large to be suitable for
 military use. Known as "cascade" tubes, they provided the capability to produce the first truly passive night vision scopes. With the advent of fiber optic bundles in the 1960s, it was possible to connect smaller tubes together, which allowed for the first true Starlight scopes to be developed in 1964. Many of  these tubes were used in the AN/PVS-2 rifle scope, which saw use in Vietnam.

An alternative to the cascade tube explored in the mid 20th century involves
optical feedback, with the output of the tube fed back into the input. This
scheme has not been used in rifle scopes, but it has been used successfully in
lab applications where larger image intensifier assemblies are acceptable.[1]

*** raise the bar
 Fig. to make a task a little more difficult. Ex: Just as I was getting
accustomed to my job, the manager raised the bar and I had to perform even
better.

*** placer la barre plus haut
 Fig. Pour rendre la tâche un peu plus difficile. Ex : A peine m’étais-je habitué à mon travail que mon supérieur a placé la barre plus haut afin que je puisse améliorer ma performance. 

Wednesday, June 24, 2015

LEARNING UFOLOGY -- Încetati de a numi OZN-uri, punctelor.




LEARNING UFOLOGY


Please Translate and Spread.
Your translations can be posted here. 
Kindly send them to
luisavasconcellos2012@gmail.com



Stop calling UFOs to dots.
Încetati de a numi OZN-uri, punctelor.


Stop calling UFOs to dots in a black background, these dots can be anything, resolve the structure behind the dots and show what is the structure of these dots.
Încetati de a numi OZN-uri punctelor pe un fundal întunecat, aceste puncte pot fi orice, *Rezolvati structura din spatele punctelor si aratati care este structura acestor puncte.

The use of low optical magnification in many active observers, mainly people doing night time observation and some doing day time observations is pervasive.
Folosirea unei joase amplieri optice este larg raspîndita, de catre multi observatori activi, în special în rîndul persoanelor care fac observari nocturne si unele observatii în timpul zilei.

With low optical magnification equipment any small object not very far away will be reduced to a dot.
Cu un echipament optic de ampliere mica, orice obiect nu prea îndepartat, va fi redus pîna la un punct.

0.32 – Many of these night time observers use the ***cascade image intensifier p8079hp with 50mm lens, that combination is a wide field view combination with an optical magnification of 2x, just 2x.
0.32 – Multi dintre acesti observatori nocturni, folosesc ***intensificatorul de imagine în cascada p8079hp cu obiectiv de 50 mm, aceasta combinatie este o combinatie de viziune ampla a cîmpului de vizibilitate cu o ampliere optica de 2x, doar 2x.

With this kind of setup any object of one feet span at more than 1,500 feet = 457,20 mts     away will be reduced to a dot, almost any bird is around 1 feet span = 0,30 mts, so a bird at 2000 feet away = 609,60 mts will be reduced to a dot without any apparent wing flipping. That bird flying in a straight line will be undistinguishable from a satellite.
Cu acest tip de configurare orice obiect la mai mult de 1500ft = 457,20m distanta, va fi redus la un punct, aproape toate pasarile sunt de aproximativ 1picior =  0,30m de amplitudine, deci, o pasare la 2000 picioare înaltime = 609,60 de metri de distanta, va fi redusa la un punct, fara niciun fel de batere de aripi vizibila. Aceasta pasare care zboara în linie dreapta, va fi indistincta de un satelit.

0.58 – The following are the steps that are followed in this channel in the processing of footage from any anomaly, this will show that the dots that these people have been calling UFOs for years are very likely nothing more than anomalies. Remember that almost as a rule these people use single digits optical magnification equipment, really very poor.
0.58 – Urmînd se gasesc etapele care sunt executate în acest canal, în procesarea imaginii de orice anomalie, si va arata ca punctele pe care aceste persoane le numesc OZN-uri de ani de zile, probabil nu sunt nimic altceva decît anomalii.Amintiti-va ca, aproape ca regula generala, aceste persoane folosesc echipament de ampliere optica digitala, în realitate foarte mediocre.

1.17 – This is an anomaly spotted in IR at 26x optical magnification, just a dot like any other dot, like the dots that many people had called UFOs for years, almost always assuming that these are some “crafts” or mechanical artifacts.
1.17 – Aceasta este o anomalie identificata în IR (infra red = infrarosu) cu o ampliere optica de 26x, doar un punct ca oricare altul, asa ca punctele pe care multe persoane le-au desemnat ca OZN-uri de ani de zile, aproape întotdeauna asumîndule ca sunt cîteva  ’’nave’’ sau artefacte mecanice.

1.32 – This is now the same dot as seen by a telephoto 1100mm lens and using in prime focus a 1/2.55 megapixels board camera, this gives 150x optical magnification, the original resolution was 2592x1920, 2K
1.32 – Este acelasi punct vazut de catre o lentila de 1100 mm a unui teleobiectiv si folosind ca focus principal un aparat de fotografiat de bord de 1 / 2,55 megapixeli, care ofera o ampliere optica de 150x, rezolutia originala era de 2592x1920, 2K.

1.52 – Now that is the cropping at half HD 960 x 540 of the lower left corner of previous frame.
1.52 – Acum acesta este jumatatea taiata de High Definition HD de 960x540 din coltul inferior din stînga al cadrului anterior.

2.12 – And now this is the cropping corner expanded at full HD 1920x1080, total magnification 150x2 = 300.
2.12 – Si acum este coltul de taiere extinsa în 1920x1080 Full High Definition, o ampliere totala de 150x2 = 300.

2.32 – That is the process followed almost always in this channel;
2.32 – Acest process este urmat aproape întotdeauna de catre acest canal;

1 – Dot spotted in IR, as any other dot, as the dots many call UFO without really knowing the structure behind the dot.
1 – Punct încadrat în IR (infrarosu), ca orice alt punct, ca punctele pe care multi le numesc OZN, fara sa cunoasca de fapt structura în spatele punctului.

2 – That dot is placed in the field of view of a scope with high optical magnification 150x and a 5 megapixels camera, each frame in the footage will be 2592x 1920 pixels.
2 – Acel punct este plasat în cîmpul de vedere în ambitul unei amplieri înalte optice de 150x si o camera de 5 megapixeli, fiecare cadru de filmare va fi de 2592 x 1920 pixeli.

2.52 – If at that resolution the object is an unknown (anomaly) then recording is done in the high optical magnification scope.
2.52 – Daca, în aceasta limita de rezolutie obiectul va fi ceva necunoscut (anomalie), atunci gravarea este facuta în ambitul unei mari amplieri optice.

             ALWAYS whenever the dots have been unknown the object was an “anomaly”, nothing remotely similar to any craft of any time.
Întotdeuna cînd punctele au fost percepute ca fiind ceva necunoscut, obiectul  fost considerat o ‘’anomalie’’, niciodata considerat nici macar asemanator cu vreo nava.
             
             Anomalies behave like living beings, but they defy any kind of mundane explanation.
Anomaliile se comporta ca fiintele vii, însa sfidînd
orice explicatie pamînteasca.

3.13 – So all these people that have been calling dots UFOs forever, do you think that “their” dots are different from the same dots spotted by my equipment?
3.13 – Deci, toate aceste persoane care au desemnat mereu punctele ca fiind OZN-uri, credeti ca punctele ‘’lor’’, sunt diferite de aceleasi puncte situate de catre echipamentul meu ?

When the dots are “resolved” anomalies are revealed, if they think that their dots are something else then they should use better equipment and resolve their dots showing something different.  
În cazul în care punctele sunt ’’rezolvate’’, anomaliile sunt revelate. Daca ei cred ca punctele lor sunt altceva, atunci ei ar trebui sa utilizeze un echipament mai bun si sa rezolve punctele lor aratînd ceva diferit.

**The bar had been raised, dots need to be resolved in their structure, otherwise how do really know what is behind your dot?
**Sarcina a devenit mai elaborata, punctele trebuie sa fie rezolvate în structura lor, în caz contrar, cum ati sti cu adevarat, ce este în spatele punctului dvs. ?

Anotari:
*Rezolutia imaginii (https://pt.wikipedia.org/wiki/Rezolutia imaginii) = Rezolutia imaginii descrie nivelul de detaliu pe care o imagine o comporta. Termenul se aplica de asemenea la imaginile digitale, imagini în filme si alte tipuri de imagini. Rezolutiile mai înalte înseamna mai multe detalii în imagine.


Although originally experimented with by the Germans in World War Two, it was not until the 1950s that the U.S. began conducting early experiments using multiple tubes in a "cascade", by coupling the output of an inverting tube to the input of another tube, which allowed for increased amplification of the object light being viewed. These experiments worked far better than expected and night vision devices based on these tubes were able to pick up faint starlight and produce a usable image. However, the size of these tubes, at 17 in (43 cm) long and 3.5 in (8.9 cm) in diameter, were too large to be suitable for military use. Known as "cascade" tubes, they provided the capability to produce the first truly passive night vision scopes. With the advent of fiber optic bundles in the 1960s, it was possible to connect smaller tubes together, which allowed for the first true Starlight scopes to be developed in 1964. Many of these tubes were used in the AN/PVS-2 rifle scope, which saw use in Vietnam.
An alternative to the cascade tube explored in the mid 20th century involves optical feedback, with the output of the tube fed back into the input. This scheme has not been used in rifle scopes, but it has been used successfully in lab applications where larger image intensifier assemblies are acceptable.[1]

**Intensificator de Imagine în cascata – 
Desi experimentat initial de catre germani în al Doilea Razboi Mondial, nu a fost decît începînd din decada lui 50’ ca Statele Unite au început sa conduca primele experiente folosind tuburi diferite în  ’’cascada’’ cuplînd tubul de iesire al unui inversor, la intrarea altui tub, ceea ce a permis marirea amplificarii luminii obiectului vizualizat. Aceste experiente au functionat mult mai bine decît se astepta, si dispozitivele de vedere nocturna bazate pe aceste tuburi au fost capabile sa capteze lumina slaba a stelelor si sa produca o imagine utilizabila. Cu toate acestea, dimensiunea acestor tuburi, de 17 toli (43cm) de lungime si 3,5 incii (8,9cm) diametru, era prea mare pentru a fi adecvat utilizarilor militare. Cunoscute sub numele de tuburi ’’în cascada’’, ele au oferit capacitatea de a produce primele domenii cu adevarat pasive de viziune nocturna. Odata cu aparitia manunchiurilor de fibra optica în anii 1960, a fost posibil sa se conecteze tuburi mai mici împreuna, ceea ce a permis prima delimitare reala a luminii stelelor fiind dezvoltata în 1964. Multe dintre aceste tuburi au fost folosite la tinta AN / PVS-2, care a fost utilizata în Vietnam.

O alternativa la tubul cascada explorata la mijlocul secolului 20, implica realimentarea optica, cu iesirea din tubul alimentat înapoi la intrare. Acest sistem nu a fost folosit în domeniul pustilor, însa a fost utilizat cu succes în aplicatii de laborator, unde imaginea majora a ansamblurilor intensificatoare sunt acceptabile. [1]

***raise the bar
Fig. to make a task a little more difficult. Ex: Just as I was getting accustomed to my job, the manager raised the bar and I had to perform even better.

A ridica stacheta. Figurativ, a face o sarcina  putin mai dificila. Exemplu: Exact atunci cînd ma obisnuisem sa-mi fac munca mea, seful meu mi-a ridicat stacheta, si a trebuit sa o fac si mai bine.

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