SpaceOne Time Travel Dilation

SPACEONE TIME TRAVEL DILATION

TIME TRAVEL
SpaceOne, the new rocket aerospace company, designed to give everyone an opportunity to experience space travel in unique ways, has developed a method of time travel time dilation.

The allows the rocket burn period, and other short term event parameters that happen in high speed zones to change their location markers. By sliding time forward or backwards, or stretching the plane of time, the portable event horizon is changed. The implications of this change are far reaching for SpaceOne’s rocket program, allowing time modification to the rocket flight.

First Light GGT Gargantuan GravAtomic Telescope

FIRST LIGHT - GGT GARGANTUAN GRAVATOMIC TELESCOPE
The powerful GGT Telescope looks inside a Black Hole using its new GravAtomic sensors to see distortions of time and space caused by intensive gravitational forces.

We are proud to announce the full functioning of the new GravAtomic Telescope GGT. 

The new GGT Telescope has produced spectacular mind-numbing results, far greater than anything expected, outstripping our best dreams!

This telescope is capable of looking beyond Event Horizons, towards the great depth of Singularities, into Gravity Wells, and through the strange distortions of space time.

After the invention, design and construction of the new GGT Telescope, which has become the most powerful in the Adjunctive series of telescopes, there was a time lag before First Light as the new GravAtomic Actuator was installed and then calibrated on Black Holes.

Some nice new features of this GravAtomic Class telescope include a new OW Observational Window, EPN Electric Post-it Notes, GravAtomic Actuator, iconic representations of the Big Brain Supercomputer, Molecular, GravAtomic, Power Dynamic, Warning, Sizer, Flanking Data, and Positioners.

GGT TELESCOPE
http://humanoidolabs.blogspot.tw/2013/05/next-telescope.html 

Pinpointing a Singularity

STEP 1: Reaching the guts precipice of a Black Hole

BIG BRAIN'S EXPLORER CLASS TELESCOPE
PINPOINTING A BLACK HOLE SINGULARITY
HOW do you get inside a Black Hole without being crushed to death — transformed into molecular mush? How can we see inside the guts of a Black Hole?

With the advent and full operation of the new Power Dynamic Telescope PDT, which has begun the first view examination processes approaching the hidden and mysterious interiors of Black Holes, a precipice is now discovered and reached.

EVENT HORIZON
The cataclysmic region of Black Holes include an Event Horizon (EH) where, inside its border, gravity becomes so powerful that not even light can escape.

SINGULARITY
At the very center is a Singularity where the laws of physics break down and even more mysterious and strange things happen. The study of singularities is very important.

TRANSCEND SPACE
If the singularity is powerful enough, it can open up the gate to a new place in between universes which resides outside our own universe. Transcend Space is like an ocean in which universes can float and where singularities can create connected space and time of new worlds.

ONE WAY TRAFFIC
We don't know if the path of a singularity is one-way in direction, i.e. what comes out cannot go in. Singularities can become the orifice to  universe production when they reside in Transcend Space, but can they become the conduit to locations back outward to the Transcending ocean? If the the direction is two way, it may be possible to discover and observe the effects on the other side, even someday to transcend to the next universe level or a pathway provided by a quantum bridge.

PDT TELESCOPE
The PDT Telescope can, and is, looking inside Black Holes, to the doorstep of their unprecedented chaotic EH boundaries where optical light extinction occurs. The PDT, with its Molecular Processor and its highest number of Adjuncts ever used within the entire line of Adjunctive telescopes, is ideal for this mission.

BLACK HOLE CENTER
Several techniques are employed to ascertain the Black Hole's center dimension for long range celestial navigation of the telescope into the caldron of chaos.

JET SYMMETRY
One technique now employed is based on the symmetry of Black Holes with dual jets and the examination of space in between these jets. So finding super black holes will become an important aspect.

RADIOMETRIC
Another technique uses the intensity of radiometric data to pinpoint the Singularity. It's here where the likelihood of a new telescope design will be born. This telescope will undoubtedly base operations on elements beyond the optical, and utilize aspects of gravity.

NEW KIND OF TELESCOPE
A gravity telescope has remained in the planning for a long time. In the 1970s, several designs were conceived and small tests were conducted to validate their potentials. Several sensors were purchased for testing. However, in the four decades that followed, new designs were ultimately initiated.

Black Hole Event Horizon

BIG BRAIN GENIUS TELESCOPE
SUPER MASSIVE BLACK HOLE RELATIVISTIC EVENT HORIZON JET

In the deepest most spectacular image ever taken by the GT Genius Telescope, a massive Black Hole at the center of the NGC 5128 Centaurus Lenticular Galaxy is spewing forth a giant cosmic space-time relativistic jet of interstellar matter and debri. This is a Big Brain GT Telescope project designed to access either directly or indirectly a Black  Hole's Event Horizon. It has led to a paradigmic shift in technology.

To image the Centaurus Black Hold Jet and the Black Hole Event Horizon proximal, a score of adjuncts were engaged. This is the largest number of Adjuncts ever engaged in the history of Big Brain telescope projects (i.e. ULT, NULT, GT, etc.), and makes the GT Telescope the most powerful ever created. Aperture, for the first time, has reached a remarkable 7,000 miles or 443,520,000 inches. This is equivalent to a 11,265,408-meter wide telescope.

The GT Telescope has ultimately exceeded its TriAperture Mode maximum of 150 miles, transforming into 7,000 miles in aperture in this epic experiment and reconfiguration. This constitutes a paradigmic shift in technology offered by the Big Brain project.

This calls for a new name for this enhanced version of the GT Telescope. The current suggestion is the PGT or Paradigmic Genius Telescope, to represent the new paradigm shift in the Big Brain's telescope technology.

The config opens up another new kind of telescope that can exist in more places, in terms of imaging and spectral character wavelength selection, thereby offering transformations to more ultimate apertures. The imaging Adjuncts can locate at multiple places on Earth and in Space. Currently nodes can also locate directly on planets and moons and other solar system objects such as asteroids. Therefore currently nodes can locate either in orbit around planets, on planets, on solar system objects, or in outer space.

The time travel journey lasted 16 million years to get to this place in space and time. Processing is by the Big Brain Supercomputer at the Big Brain's Deep Space Center and Ultra Space Administration. The DSC and USA are underscores of the Big Brain Project by Humanoido.