English -- JEREMY THOMAS -- Anomalies/UFOs as Living Beings.

JEREMY THOMAS TUTORIAL

Jeremy Thomas

Best viewed in HD. Redland FL 33187.

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Anomalies/UFOs as Living Beings.

0.0 – Anomalies/UFOs as Living Beings.

0.07 – Almost anybody that had done direct observations of anomalies, or so called UFOs, will reach the conclusion that these autonomous flying objects are living beings. "Second Generation Data": Data where the structure details of this flying objects is clearly seen, is fully compatible with that conclusion reached by many, between this many is even the "father" or coiner of the abused phrase: "flying saucers" Kenneth Arnold. It seems that Ufology, very likely, will be "reduced" to a segment of Biology.

0.37 - Autonomous anomalous flying object moving through clouds. 11/13/15.

0.47 - Kenneth Arnold,Nov 1962,  quoting:

"After some 14 years of extensive research, it is my conclusion that the so-called unidentified flying objects that have been seen in our atmosphere are not space ships from another planet at all, but are groups and masses of living organisms that are as much a part of our atmosphere and space as the life we find in the depths of the oceans."

1.17 – Autonomous anomalous flying object in IR, 11/11/15.

1.28 – Close-ups of previous anomaly.

1.50 - Anthony Woods, quote:

"The more I see these objects the more I am certain they are living individual life forces of some sort rather than manufactured vehicles."

http://www.rense.com/general45/woodsnew1.htm
Part 1, Part 2 , Part 3

2.10 – Vertical undulating anomaly 8/21/15.

2.29 - Jeff Woolwine reached the same conclusion, quoting:

"In my personal sightings and fieldwork in this type of investigation and my personal beliefs on this topic, I believe that if we see five lights in the sky?? it’s not some space craft that you see...but five living beings that has always been among us...just as the oceanographers find new species of life within the ocean...this is another species of life within the ocean...this is another species of life that scientists hasn't found yet..."

http://www.youtube.com/user/petroglyphsinthesky

2.59 – Boomerang anomaly 3/30/15.

3.31– And that also was believed by Trevor J. Constable, the pioneer in Anomalies observations, read for example his book: The Cosmic pulse of Life, that belief was also based in direct observations.

3.51 - There are many more examples in this channel and in many other channels in YouTube where this "aliveness" character of anomalies is clearly seen.

With the use of higher optical magnification equipment expanding to more active observers’ second generation data will be more abundant and more solid evidence will be available.

The time of footage presenting only dots of lights without structure is coming to an end, second generation data footage is here to stay.

Transcriber: Maya Benmergui

More VIDEOS available at
https://www.youtube.com/user/MiamiUFO/videos

Português - JEREMY THOMAS -- SOBRE O ESTUDO DE ANOMALIAS --- TRÊS PASSOS FUNDAMENTAIS PARA EFECTUAR A OBSERVAÇÃO SISTEMÁTICA DE ANOMALÍAS

JEREMY THOMAS TUTORIAL

Jeremy Thomas

ENGLISH
SPANISH
PORTUGUESE

SOBRE O ESTUDO DE ANOMALIAS:

A realidade de objectos anómalos  e autónomos a voar na atmosfera, abreviadamente anomalías, está apoiada por uma quantidade considerável de dados de observações coerentes.

Três etapas  simples e fundamentais para a observação sistemática anomalias:

1 – Localização por meio de infra vermelhos – as anomalias deslocam-se habitualmente em distâncias que estão para além da observação a olho nu.

2- O uso de equipamentos de elevada ampliação óptica capazes de resolver/salientar os detalhes de objectos distantes.

3- Sinalização directa dirigida para as anomalías localizadas. As anomalías irão responder a sinais "inteligentes" alterando o seu comportamento e a  forma geomeétrica do corpo.

Vejam o vídeo: https://www.youtube.com/watch?v=QeAbuBsYP5c

Algumas anomalias comportam-se como seres vivos e são intrinsecamente polimórficas / metamórficas.

A negação contínua dessa realidade pela "comunidade científica" pode ser considerada como o maior erro concebido pela Ciência Oficial da História Moderna.

Como disse o grande matemático alemão David Hilbert:

Wir müssen wissen. Devemos saber.

Wir werden wissen. Nós saberemos.

JT.

TRÊS PASSOS FUNDAMENTAIS 

PARA EFECTUAR A

 OBSERVAÇÃO SISTEMÁTICA DE ANOMALÍAS

0.00 - Três passos chave para observar anomalías

0.07 –Os três quesitos fundamentais e necessários, para ser capaz de observar sistematicamente as anomalias são:

1- A localização através de Infravermelhos.

2 – Uma ampliação óptica elevada para ser capaz de resolver/descrever um objecto distante em todos os seus detalhes 

3 – Sinalização directa activa.

A seguir, irei explicar cada passo com mais pormenores.

0.37 – 

1- A localização através de Infravermelhos.

Toda a experiência de observação acumulada demonstra que, quase todas as anomalias são visíveis a olho nu, se estiverem suficientemente próximas à semelhança de qualquer outro objecto “normal”, mas, quando está para além de certa distância, na atmosfera e à luz do dia, serão mascaradas pela luz visível espalhada no céu. Muitos objectos pequenos que se encontram na atmosfera, quando estão relativamente pouco afastados,  não são visíveis a olho nu, tais como insectos, aves pequenas, etc. Mas quase todos serão lcalizados através de um sistema de infra vermelhos.

Castellano -- JEREMY THOMAS --TRES PASOS CLAVES PARA LA OBSERVACIÓN SISTEMÁTICA DE ANOMALÍAS -- Video +Transcript/Translation

JEREMY THOMAS TUTORIAL

Jeremy Thomas

ENGLISH
SPANISH
PORTUGUESE

ACERCA DE LAS ANOMALÍAS:

La realidad de los objetos voladores anómalos autónomos en la atmósfera, o sea las anomalías, es apoyada por una abrumadora cantidad de datos observacionales consistentes.

Tres pasos claves para la observación sistemática de anomalías:

1- Detectadas con el infrarrojo. Las anomalías se mueven generalmente más allá de las distancias que se ven a simple vista.

2- La utilización de equipos de gran ampliación óptica capaces de resolver los detalles de los objetos distantes.

3-Señalización directa de las anomalías detectadas. Las mismas responderán a las señales "inteligentes" que cambian su comportamiento y su geometría de cuerpo. Miren esto: https://www.youtube.com/watch?v=QeAbuBsYP5c

Algunas anomalías se comportan como seres vivos y son intrínsecamente polimórficas.

La negación continua de esta realidad por la "comunidad científica" puede ser considerada como el mayor error jamás realizado por la ciencia oficial de la historia moderna.

A medida que el gran matemático alemán David Hilbert dijo:

Wir müssen wissen, debemos saber,

Wir werden wissen. Lo sabremos.

 JT.

TRES PASOS CLAVES PARA LA OBSERVACIÓN SISTEMÁTICA DE ANOMALÍAS:

Tres pasos claves para la observación sistemática de anomalías

0.00 --Three key steps for systematically observing anomalies.

0.07 – Los tres pasos/puntos claves, básicos y necesarios para poder observar sistemáticamente a las anomalías son: 

0.07 –The three basic key steps/points needed to be able to systematically observe anomalies are:

1- Detectado con el infrarrojo.

1- Infrared Spotting.

 2- Alta magnificación óptica para poder identificar un objeto distante con sus detalles.

 2- High optical magnification to be able to resolve a distant object in its                        details.

3- Señalización directa activa.

3- Active direct signalling.

English -- JEREMY THOMAS -- About Anomalies --Three key steps for systematically observing anomalies.

JEREMY THOMAS TUTORIAL

Jeremy Thomas

Best viewed in HD. Redland FL 33187.

ENGLISH
SPANISH

PORTUGUESE

ABOUT ANOMALIES:

The reality of autonomous anomalous flying objects in the atmosphere, anomalies for short, is supported by an overwhelming amount of consistent observational data.

Three simple key steps for systematically observing anomalies:

1- Infrared spotting, anomalies move usually beyond naked eye spotting distances.

2- The use of very high optical magnification equipment able to resolve the details of distant objects.

3- Direct signaling to the anomalies spotted. Anomalies will respond to "smart" signals changing their behavior and body geometry.
Watch this: https://www.youtube.com/watch?v=QeAbuBsYP5c

Some anomalies behave like living beings and are intrinsically polymorphic/shape-shifters.

The continual denial of this reality by the "scientific community" can be considered as the biggest blunder ever done by Official Science in modern history.

As the great german mathematician David Hilbert said:

Wir müssen wissen, We must know,

Wir werden wissen. We will know.


JT.

THREE KEY STEPS FOR SYSTEMATICALLY OBSERVING ANOMALIES

0.0 – Three key steps for observing anomalies

0.07 –The three basic key steps/points needed to be able to systematically observe anomalies are:

              1- Infrared Spotting.

             2- High optical magnification to be able to resolve a distant object in its                        details.

              3- Active direct signalling.

I will be explaining each one of them next in more detail.

0.37 – 

              1- Infrared spotting:

Romîna -- JEREMY THOMAS -- Sistemul Optic Duplu pentru Observatie Nocturna - Video de Instructiuni

Sistemul Optic Duplu pentru Observatie Nocturna

Jeremy Thomas

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Please Translate and Spread.

Your translations will be posted here. 
Kindly send them to

luisavasconcellos2012@gmail.com

Sistemul Optic Duplu pentru Observatie Nocturna

 Dual Optical System for Nighttime Observations

0.08 - Obiectivul unui sistem ca cel descris în acest video este de a fi capabil sa "rezolve" detaliile obiectelor distante. Multe filmari nocturne contin doar puncte de lumina, însa nu exista detalii de structura în spatele punctului, si nu întotdeauna este oferita. Fara detalii de structura, este într-adevar imposibil sa se faca o "identificare" bazata pe o anumita informatie sau experienta, a obiectului în observatie.

0.08 – The goal of a system like the one described in this video is to be able to “resolve” the details of distant objects, many nighttime footage contains just dots of light but no structure details behind the dot is ever provided, without structure details is really impossible to make an educated “identification” of the object under observation.

De multe ori, chiar cu structura detaliata, este foarte dificil sa se procedeze la o identificare clara. Multe filmari la lumina zilei sunt un exemplu de acest lucru.

Many times even with full structure details a clear identification it is very hard to make, many daylight footage are examples of that.

0.37 - Optiunea #1: Lentila camerei din dreapta, este localizatorul, o camera de "siguranta" modificata. Nu exista filtre pentru a permite ca, cantitatea maxima de lumina sa atinga sensorul camerei. În acest caz, este o camera LG LCB5100, si o lentila motorizata 16-160mm.

0.37 – Option # 1: The camera lens of the right is the spotter, a modified “security” camera, no filters to allow maximal amount of light reach the camera sensor. In this case is a LG LCB5100 camera and a motorized 16-160mm lens.

1.07 - Telescopul camera din partea stînga este "acel care rezolva", în acest caz, un Calestron cu lungimea focala de 2000 milimetrii, o lentila obiectiva de 120 milimetrii, si o camera IP 5 megapixeli, care foloseste optiunea "de a trage noaptea". Se recomanda uzul de Telescoape cu deschidere înalta.

1.07 – The camera telescope on the left is the "resolver", in this case a Calestron 2000mm focal length, 120mm objetive lens and a 5megapixels IP camera using the "night shot" option. Telescopes with high aperture are recommended.

1.38 - Exemplo de obiectiv vazut de localizator.

1.38 – Example of object seen by the spotter

1.48 - Obiectul anterior "rezolvat"de "cel care rezolva"în acest caz, o anomalie de "strat dublu".

1.48 – The previous object "resolved" by the "resolver", in this case a "double decker" anomaly.

2.04 - Optiunea #2: Vom folosi o generatie de 18 milimetrii, 3 intensificatoare de imagine. Folosind intensificatoarele de imagine în partea localizatorului, si dupa aceea, în partea "celui care rezolva", marim sensibilitatea la lumina a sistemului, în diferite scale de marime.

2.04 – Option # 2: We are going to use 18mm generation 3 image intensifiers, by using image intensifiers in the spotter part and then in the resolver part we are increasing the light sensitivity of the system by several orders of magnitude.

 O data ce lentila folosita are c-montari, atunci avem nevoie de a furniza dispozitive de legatura *c-montaj, pentru intensificatorii de imagine utilizati.

Since the lens used have c-mounts then we need to provide *c-mount connectors to the image intensifiers used.

2.33 - Montaj-c si anex/involucru/enclosure pentru a intensifica imaginea.

2.33 – c-mont connector and enclosure for the image intensifier.

2.49 - Involucru/enclosure intensificator de imagine mx-11769. Sistemul duplu poate folosi unul sau doua din aceste intensificatoare.

2.49 – Image intensifier mx-11769 inside enclosure, the dual system can use one or two of these intensifiers.

3.04 - Acesta este modul de a fixa involucrul intensificatorului de imagine a unei lentile de montaj-C si o camera pentru a obtine imagini ale intensificatorului de imagine, de la fereastra sa de output.

3.04 – This is how you connect the image intensifier enclosure to a c-mount lens and a camera to get the image intensifier images from its output window.

''*C-montaj sau montaj-C, este un tip de lentila gasita în mod frecvent în:

Camerele de filmare de 16mmm, camerele de televiziune de circuit închis, camerele de machine-viziune, si tuburile de fotografiat microscopice.

¨*a C-mount is a type of lens mount commonly found on 16mm movie cameras, closed-circuit television cameras, machine vision cameras and microscope phototubes.

A citi mai mult în  https://en.wikipedia.org/wiki/C_mount

Read more at https://en.wikipedia.org/wiki/C_mount

A citi mai mult în/More available at
https://www.youtube.com/user/MiamiUFO/videos

Transcriber: Maya Benmergui

Traducere Romîna: The Light Journalist

Romîna --JEREMY THOMAS - Anomalie intermitenta 27/11/15 4:25pm EST. - VIDEO

Flashing anomaly 11/27/15 4:25pm EST

Jeremy Thomas

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Please Translate and Spread.

Your translations will be posted here. 
Kindly send them to

luisavasconcellos2012@gmail.com

Anomalia intermitenta 27/11/15   4:25pm EST

Flashing anomaly 11/27/15 4:25pm EST

0.00 - Anomalie localizata pe infrarosu, observati pulsatiile sale stralucitoare caracteristice.

0.00 - Anomaly spotted in IR, note its characteristic glowing pulsations.

0.20 - Segmentul anterior filmat de camera din dreapta pe înfrarosu. Segmentul urmator este filmat de camera stînga.

0.20 - Previous segment taken with camera on right in IR, next segment taken with camera on left.

Telescop Celstrom de 1000mm, a se folosi un extensor de 2x.

Celestrom 1000mm telescope, using 2x extender

Partea "rezolutiei" este utilizata pentru a rezolva /sublinia detaliile structurii obiectelor localizate pe infrarosu de catre localizator. Trebuie sa se foloseasca o ampliere optica de 150x. Acesta (segmentul), are o ampliere de 280x.

The "resolver" part is used to resolve the structure details of the objects spotted in IR by the spotter, around 150x optical magnification should be used, this one has 280x

Camera localizatoare cu lentila de 16-160mm de IR (infrarosu) de 950mm

Spotter camera with 16-160mm lens, 950nm IR filter

Localizarea executata de infrarosii, este partea critica în orice sistem optic duplu, deoarece este partea care se foloseste pentru a detecta obiecte mici în atmosfera. Fara un sistem de detectie, nu se poate vedea nimic. Amplierea optica pe localizator trebuie sa fie de aproape de 20x. Aceasta configurare particulara este de 26x.

Infrared spotting is the critical part in any dual optical system because it is the part used to detect small objects in the atmosphere, without detection nothing will be seen. The optical magnification in the spotter should be around 20x, this particular configuration has 26x.

0.40 - Video în viteza normala.

0.40 - Footage at normal speed.

More available at
https://www.youtube.com/user/MiamiUFO/videos

A citi mai mult în /More available at
https://www.youtube.com/user/MiamiUFO/videos

Transcriber: Maya Benmergui

Traducere în limba română: Star  Child