5-06-2019 Tic Tack #2 Tracker Hyperstar 470nm IR RGBKL Analysis. This is a 2 camera capture. (IR)
I'm looking for energy diffusion as this anomaly enters the airspace from above cloud ceiling . Diffusion from the object indicates it altitude based on the cloud ceiling.
Based on what I am seeing, the anomaly appears to have "thrusters".
Last instance of a similar event:
4-23-2019 UFO Tic Tack Close FB Hyperstar 470nm IR RGBK Tracker. A 2 camera capture of the Tic Tack UFO in a very close flyby. This is the Hyperstar 470nm IR capture with a RGBK analysis (layered) applied. Last instance of something similar:
4-21-2019 UFO RED Tic Tack FB Hyperstar 470nm IR RGBK Analysis. This is an absolute first! A RED Tic Tack! Based on the last example: the Tic Tacks are changing colors!
4-21-2019 UFO Tic Tack Flyby Hyperstar 470nm IR RGBK Analysis. This is the Hyperstar IR translation to the 2000 mm capture:
4-21-2019 UFO Tic Tack Tracker Analysis 2000 mm. OTA #1 (2000 mm) is fitted with a Nikon D5 (Normal). It is matching OTA #2 (Hyperstar Infrared) ISO settings. ISO 204800. Each camera in the aligned OTA array has matching settings, both Infrared and Normal Vision perspectives are evaluated the same way. This normal vision perspective shows a tic tack shaped tubular anomaly flying in a forwards trajectory, "Spinning". This 2000 mm perspective looks closely at the anomaly based on its luminescent values. My assumptions based on human vision under nocturnal conditions (ISO 800), is that this anomaly in the range of ISO 204800 is invisible to human vision. Human vision @ night operates at approximately ISO 800. An object @ ISO 204800 requires light gathering capabilities, the human eye does not have (organically).
Last instance of something similar:
4-17-2019 UFO Tic Tack Flyby with Diffusion Hyperstar 470nm IR RGBK Tracker Analysis. Last instance of something similar:
4-04-2019 Tick Tac UFO Close Flyby Diffusion Hyperstar 470nm IR RGBK Dawn Analysis. Analysis created in 3dsmax2019. This is essentially a daylight capture for this anomaly. The anomaly is within the cloud layer. The layer reacts with the anomaly, generating diffusion which can be defined as fractal. Last instance of something similar
3-28-2019 Tick Tac UFO Hyperstar and 1000 mm RGBK Event Composite A dual capture event, of the Tic Tack UFO using Hyperstar and 1000 mm OTA camera systems (ISO 4 Million). Last instance of something similar:
3-24-2019 UFO Tick Tac Tracker Hyperstar 470nm IR RGBK
Last instance of something similar:
3-23-2013 Pulsing Tick Tac Tracker Hyperstar 470nm IR RGBK Analysis
Last instance of something similar:
3-16-2019 Tick Tac UFO Close FB Hyperstar 470nm IR RGBK Fractal Analysis. The analysis shows that the energy dissipated by this anomaly is rotating in a clockwise manner. Dr Simeon Hein
A recurring event within my FPoA (Fixed Pool of Analysis), however; there are times, as such, when this anomaly flies by at a much lower altitude. (Its within the cloud layer which is misty). This study looks at the energy dissipation emitted by this anomaly as it passes through the cloud layer (Diffusion).
Last instance of something similar:
3-06-2019 Tick Tack UFO Hyperstar 470nm IR Tracker Analysis. Last instance of something similar:
2-27-2019 Tic Tack Hyperstar 470nm IR RGBK Tracker Analysis
Last instance of something similar:
2-13-2019 Tic Tac Flyby Hyperstar 470nm IR RGBKL Analysis.
I'm looking at the gradient energy dispersed by this anomaly upon entering cloud layer (diffusion).
A recurring event within this FPoA (Fixed Pool of Analysis).. Last instance of something similar:
2-02-2019 UFO Tic Tac Flyby Hyperstar 470nm IR RGBK Line
Japan Airlines Flight 1628, The Third Object,
How ET Enters Our Airspace,
A&E, The History Channel, NBCUniversal, The Weather Channel, Sy-Fy, BBC, Discovery Networks, Discovery Science, Animal Planet, American Heroes Channel, MTV, CMT, Wilbur Allen,
Simeon Hein',
The Nimitz Encounters
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