Singularity Observatory Diving through Glass

Singularity Observatory
Telescope Diving Through Solid Glass
by Humanoido

First Look: What happens when you take a telescope and look through a window, unopened, through all that nasty non-annealed, impure, bubble filled, non-optical, float glass? Is the image useful in any way? Can it be restored using computer image processing or is it a total loss; a blur of immeasurable proportions?

Setup
Few people know exactly what will happen so we decided to run an experiment using the largest telescope and a glass deck door, during daylight hours. The target was a tall skyscraper about a mile distant. The EP was just under an inch FL giving about 160x with a star diagonal which captured an image of the top part of the building.

Results
The image was flat and even to the edges with good color. While the average ocular produced achromatism around the edges, the image was evenly illuminated. However, no matter how careful one focussed the image, it would only remain a blur. It appeared IP would be relatively useless on the blurred image, though no cam pics were recorded at the time.

Conclusion
One needs to open the window for observing and not look through glass or the image will be blurred. In the future, it may be possible to process images taken through window glass to correct the distortions and aberrations.

Singularity Observatory Glass Amping

Singularity Observatory Amped 1,800-inch telescope is fully operational in the Pacific Ocean

Glass Amping @ Singularity Astronomical Observatory
SPACE1 has a fantastic combination of private industry space rocket endeavor, and Singularity Observatory - harboring one the largest and most powerful Amped telescopes in the world! Coming in at an electronic 1,800-inches in diameter, the megalithic monster telescope can see all the way to the edge of the Universe and the outer fringes of the Cosmic dimension.

Stunning Alert - New Invention! Friday, March 15th, 2019
Reported by SPACE1 News Agency

Humanoido, Observatory Director, notes the telescope performance is directly dependent on and proportional to seasonal weather variations, and is left dormant during the Monsoon period. As Spring breaks into Summer, clear skies arise, giving some of the best seeing in the world, due to the South Pacific Ocean location and the stability of ocean front air. SPACE1 has worked one year refining observatory operations at Singularity and will continue to streamline the methodology for exploring and making discoveries.

This Summer will see the introduction of a new way to use Amping. It was discovered quite by accident that Amping processes enable lavishly equipped Amped Telescopes to fully penetrate liquid substances such as water and glass. As Summer outdoor temperatures in the tropical environment peak at 120 degrees F. in the shade, and elevate to levels of 90 - 100% RH index levels, the working environment can become quite hostile. Therefore Glass Amping a telescope with the highest technology and working behind a previous-thought abominable glass sheath can be very beneficial and convenient.

https://space1usa.blogspot.com/2018/06/hso-largest-telescope-in-world.html

Space1 Glass Portal

Big Eye - Big Window
SPACE1 with Singularity Observatory has opened the glass portal project, taking a telescope and observing through a massively large but thin single pane of two sided parallel common float glass, day or night. This will promote indoor comfort viewing of exterior objects on land and in the sky without being subjected to bugs, intense heat, cold, wind, rain, solar radiation or strong air pollution. 

Part of this research investigation is to develop techniques of image processing to clear up the image through glass in these circumstances, not unlike images through the thickness of the Earth's atmosphere. With glass, this may include double imaging correction. Spinoff science research programs include viewing mountain fauna, insects, animals, birds, and various structures in terms of photo collections. Research will also include cleaning up deep sky images plus lunar and planetary prospects.

SPACE1 Nano Telescope Discovered inside a Window

Glass telescope lens inside a glass patio door

When examining common window glass on a sliding patio door, a nano bubble was discovered. It was unusual that this bubble was not air filled but rather glass filled with a spherical fine natural figure. At longer focal lengths, spherical surfaces function well for forming telescopic images. Macro inspection yielded functions of a telescope with imagery focusing on distant objects, seeing far-away mountains and skyscrapers. It's highly unusual to find a telescope lens inside window glass!