Age of Molecular Mining

AGE OF MOLECULAR MINING THE UNIVERSE
Molecular mining has come of age with the recent introduction of the most powerful molecular telescope ever built. This telescope sports spectacular features with the highest resolution and largest telescopic boiler face plate ever designed, built and successfully put into operation.

The telescope maintains iconic compatibility with the previous array of extremely powerful telescopes and adds a number of new features. As of November 28th, 2013, two images are obtained through the Massive Molecular Mining M3T Telescope, one of Saturn showing the globe and a huge array of crisp rings in visible energy.

The other image is in moleculars showing things never seen before and opens the door to many new studies and experiments. This is now a color telescope version to facilitate the visible energy mode, while hundreds of telescope controls are available as developed for previous telescopes. Compatibility between telescopes was one of the best features introduced to the line of extremely powerful telescopes.

The M3T has the ability to rapidly switch back and forth from Moleculars to color Visible Energy, and visa versa. Moleculars have a typical unchanging unique hue of their own. Thus far, the M3T has explored one object in the solar system. The next target planned is a special galaxy deep in the Universe after config.

Massive Molecular Mining Telescope M3T Saturn Visible Energy

MASSIVE MOLECULAR MINING TELESCOPE M3T VIEWS SATURN'S VISIBLE ENERGY
NEW DISCOVERIES ABOUND WITH M3T OBSERVATORY TELESCOPE OPERATIONS

The M3T advanced observatory telescope functions only with the Big Brain Supercomputer and can toggle modes between visible energy and moleculars. The new energy color feature is using for making new discoveries and discerning more detail in solar system images and deep universe imaging.

SWITCHABLE MOLECULAR TO VIS ENERGY
Massive Molecular Mining Telescope, the 12th telescope addition to the extremely powerful telescope array known as M3T, is focused on the planet Saturn & its glorious ring system as seen above. This image demonstrates the telescope's ability to switch back and forth from molecular to visible energy.

LOOKING THROUGH THE RINGS
This experiment shows the Saturnian globe having visibility through at least 22 tenuous ring systems. The study helps determine the composition, thickness and transparency of the thinner rings.

DISCOVERING NEW RINGS
This image also shows a discovery of a new faint outer ring and gossamer rings between the globe and the Crepe Ring. This study is progressing with the determinations of which shepherding satellites carved out the many ring delineations.

TENUOUS CLIMATOLOGY FOUND
An apparent  tenuous atmosphere surrounds the globe, readily visible beneath the shadow cast upon the rings to the right in this image.

ABOUT THE M3T
The M3T has the largest and most detailed Advanced Telescope Boiler Face Plate ever designed and put into operations. The added size and resolution allows new objects and detail to become visible.

CHAMELEON MACHINE
The M3T has the Chameleon Machine built in, which enables the telescope to reconfig at will. This can take the telescope from moleculars to vis energy during an imaging sessions.

MISSION
M3T Mission Objective: Plantet Saturn Globe/Ring Moleculars ● Visible Light Switch Mode ● Adjunctive ADJ  ●  Universe Penetrator UP ● TMA ● Big Brain Supercomputer ● Enhanced Technology Controls Enabler ● Multi Enhancer ME ● Molecular Enhancer Controller ● Courtesy M3T Telescope Control Center, Propeller Powered Big Brain Supercomputer Control Center, DSC Deep Space Center, Ultra Space Administration, NASA, Humanoido   http://humanoidolabs.blogspot.com/

LINKS
http://humanoidolabs.blogspot.com/
THE AGE OF EXTREMELY POWERFUL TELESCOPES
http://humanoidolabs.blogspot.tw/2013/05/extremely-powerful-telescopes-update.html

ULT Saturn Rings Journey

Remarkable Discovery Image

A SPECTACULAR JOURNEY TO THE ROCKS OF SATURN!

THE ULT IN OBVERSE INTERPLANETARY SPACECRAFT JOURNEY MODE

MISSION OBJECTIVE: To see individual rocks and boulders within Saturn's rings for the 1st time and to show the ring system is composed of many lesser homogenous rings of varying nature.

With the ULT Telescope configured in Obverse Spacecraft Mode, a fantastic journey beyond Earth, Mars, and Jupiter unfolds. For hundreds of years, man has wondered about the structure and arrangement of the rings around Saturn. As probes imaged the rings, and even flew through the ring system, one with consequences, some scientists were disappointed to see the rings as homogenous systems without resolving the individual rocks and giant boulders thought to make up the rings. Now flash forward to the year 2,012 when technology is able to reimage the Saturnian Ring System with striking clarity and resolution unlike any decade before. The ULT Ultra Large Telescope and the ULT Space Administration has the tools necessary to achieve this feat. Like the Martian rock that produced microbes embedded within its contents, the controversial imaging of rocks and boulders withing the rings will continue. Seeing is believing and examining the evidence shows a pixel size less than the diameter of a measured large rock or boulder, which is supporting evidence for the feat accomplished by the ULT. But wait, there is more to the ULT than meets the eye. The special config makes the ULT much larger in apparent diameter than the 24-meter quoted. This is because the Telescope has employed Telescope and Spacecraft Adjuncts within the Saturnian System.

In Obverse Voyaging Mode, the viewing window shows arrival at the Saturn Ring System and reveals a total of 20 rings systems. Intrinsically the rings are fantastic. For close exams, enlargements of this image show pixel size which is smaller than the debris field particle size. Also visible are irregularities in the ring structure that do not pattern repeat. In several places in the image, there are much larger clumpings of material. In some ring positions, the ring appears to interrupt and not exactly match up, a result of lower albedo material, smaller material, or both. To achieve this high resolution, the ULT was place in Obverse Mode and a nearby planetary Adjunction was put into operation. Parameters are inclusive of a 10X Universe Penetrator, Adjunctive at Saturn, Multi Mag Slider, Obverse Spacecraft, and additional parametric identities. The ULT Space Administration is moving so quickly forward with evolving the ULT Machine that a formula to define the Telescope's diameter based on the position and number of the Adjuncts in space is yet to be determined. View the complete ULT Photo Album.