Space Telescope

SPACE TELESCOPE
The new designed space telescope is physically attached to the side of the outpost in space - a tiny space station operated by the Big Brain machine space initiative and Humanoido Labs.

Operations are by human, robot, and/or remote. The telescope can robotically slew to the object and computer alt-az drives can take over for object tracking and guiding. Due to large mass and size, NASA took a different approach for the Hubble Space Telescope HST by not attaching it to the ISS International Space Station (see illustration showing the HST release into space by the ISS robot arm).

There are no plans for the tiny space shuttle to deliver the telescope into space because the telescope will be manufactured into the tiny space station. When the station is active and activated, the telescope is expected to be ready for operations. This will prevent space walks to install the external components or evacuation of air from inside the station. Telescope aperture sizes considered are 4, 6, 8, 10, 12, 14, 18, 20, and 24 inch diameters. Computers will multiply these diameters by a factor of ten, creating 40, 60, 80, 100, 120, 140, 180, 200 and 240-inch apertures.

PGT-ET Ring Nebula New Discoveries

RING NEBULA SPECTACULAR BREAKTHROUGH IMAGE
The PGT-ET Telescope Shakes Loose New Discovery - COSMIC STRIATIONS

Last night we pointed the new massive Paradigmic Adjunctive PGT-ET telescope at M57, the Ring Nebula in Lyra. For the first time with M57, we fully utilized the Molecular Processor on the telescope, looked at a portion of the "smoke" Ring's puffy arm and a spectacular view appeared, blazing with new discoveries.

The massive PGT ET Telescope borrows high technology from the GMM Genius Molecular Microscope for extreme performance. Coupling together the molecular technology of the GMM microscope with the PGT-ET telescope has created an unprecedented machine within the Big Brain Initiative. The Molecular Processor was introduced on the PGT Telescope. The telescope has an unprecedented light gathering ability and exemplifies extremely high resolving power — in this image, a highly detailed section of the ring is magnified.

— The PGT-ET Telescope rattles the cage of the Universe —

PRIMARY INITIAL DISCOVERIES 
 1) The tiny ring, at 2,300 light years distance, was never seen with this appearance — showing a massively large and fully interconnecting molecular striation pathways of glowing red hydrogen and nitrogen "flames" blazing across and within the ghost ring's annular.

2) In places, the ring is so tenuous, it has gaps and large holes that "see through" to not only a deeper interior but penetrate to another side of space time.

3) Looking into and through the largest hole, we can actually see new objects in space, likely never before seen.
 

THROUGH A SMALL TELESCOPE
At left, through a smaller telescope, the ring is relatively featureless and uneventful. Visually, the Ring Nebula appears as a tiny puff of smoke, without color, like a smoke ring. Larger telescope begin to show the 15th magnitude central star.

CONCLUSION
The PGT-ET Telescope changes the previously known appearance of M57 completely. Casting the massive telescopic aperture onto the ring's annular brings in spectacular detail and has yielded at least three new initial discoveries. It will take weeks and months to fully analyze this data.

ABOUT THE RING
"The Ring Nebula (also catalogued as Messier 57, M57 or NGC 6720) is a planetary nebula in the northern constellation of Lyra.^[5] Such objects are formed when a shell of ionized gas is expelled into the surrounding interstellar medium by a red giant star, which was passing through the last stage in its evolution before becoming a white dwarf."
Wikipedia

Telescope Arm Reaches for the End of the Universe

PROPELLER POWERED BIG BRAIN

BIG BRAIN'S FAR REACHING VISION

ULTRA shows Blockage in this part of the Galaxy

The end of the Universe in only the beginning... Big Brain's telescope arm reaches for the end of the Universe in one of the most exciting and mysterious projects of all time... 

Strange New Worlds: Big Brain now has a far reaching vision with the newly completed ULTRA Space Telescope, an installation capable of peering out and reaching 14 billion light years to grasp the Edge of the known Universe. What fascinating worlds and dimensions visibly latently exist at or beyond this boundary? How can the Big Brain remotely activate these new worlds? 

We're voyaging to the edge of the Universe in a grand exploration to see what lies beyond. It's like real Star Trek, the telescope goes out farther and farther exploring exciting new worlds from here to there.

The Telescope is a robot arm that reaches out to touch the face of objects by collecting their reflected light. It robotically slews to objects and then tracks the object, guiding and matching their perturbations and precessions. What new visions can it hold? What new concepts will be grasped? What limits are reachable?

Going for Discovery
One objective pronounced by the Big Brain Project is an interest in discovering what's located at the EOU Boundary - the Edge Of the Universe. This perplexing EOU phenomena has many theories (bubbles, holes, froth, steady state, nothingness, warp, intersections, coexistors) but no one actually knows what truly lies at or beyond the boundary. There are many deep telescopic images acquired in the past but has anyone interpreted their EOU results? This is a challenge for the most sophisticated equipment and the greatest scientific minds in the world. 

Reaching the End of the Universe
Reaching the EOU End of the Universe, or the edge, is no easy task. Consider the enormous amount of material and objects that remain across the line of sight path that an optical telescope must penetrate. This material includes time and space warping black holes that can create lensing effects, bright nebula and trillions of stars, vast pinwheel spinning galaxies that take eons to make but one revolution, globlars with billions of stars, clusters, objects like planets and rich solar systems, asteroid belts with countless boulders, dust lanes, strewn gas, vast reflectors, objects moving so fast that light cannot catch our vision and the very mysterious dark matter. 

Finding Tunnels
Big Brain's ULTRA Telescope is now working towards finding tunnel holes in the Universe that lead to the edge of the Universe. These tunnels are line of sight pathways that are relatively void of matter and can create the best views at the greatest distances from the Earth and the DSC telescope installation.

Image
The image shows what will happen if the ULTRA Telescope is pointed in a direction where a hole does not exist. The entire field of view is a rush of brilliant matter in space and time, and a penetrating a view to the other side appears impossible. This blockage is caused by one spiral arm in the Andromeda Galaxy. There are hundreds of billions of galaxies in the Universe.

NULT Telescope Andromeda Image

THE ANDROMEDA GALAXY

AS SEEN THROUGH BIG BRAIN'S 24-METER NULT TELESCOPE

The NULT telescope was trained on this tiny boxed area (left side) located along the outer reaches of a spiral arm, part of the Andromeda Galaxy. At right, the NULT captures one of the deepest data images in full color. This image is part of the NULT Telescope Observational Suggestion Program where members of the Parallax Forum were invited make suggestions for pointing the telescope. This suggestion comes from Spiral_72. He writes, "I'd like to see whats inside the red box in M31 (see provided photo at left). M31 has fairly large, large apparent size, so I'd estimate the box to be about the size of the Orion Nebula."

Links 

Suggestions for the NULT Telescope