ULT Processor Upgrades

PROPELLER POWERED BIG BRAIN
DOCUMENTING ULT PROCESSOR UPGRADES

Bringing More Processors Online
with Over 800 Propeller RISC Processors


That's correct - you heard it here, spelling it out - the ULT is Parallax Propeller Chip controlled via the Propeller Powered Big Brain - and Processors are a big thing when it comes to the Brain and its many peripherals. Lately, these peripherals have enormously grown in size and project magnitude, requiring increasing processing power by several magnitudes. Early on, the Big Brain required a massive amount of processors to harbor its Machine Simplex Neuron Array. Following were experiments that paced the machine and exercised massively parallel array projects. Projects were growing in increasing size leading up to the recent ULT Project. The ULT is the largest project ever achieved by the Big Brain. Let's take a look at the current breakdown and distribution of processors (which may change tomorrow).


We put out a request for ideas to upgrade the Big Brain from TFLOPS to the next level of Petaflops and the best idea seemed to incorporate multiple boards of GPU Streaming processors, though we never found boards that were fast enough that didn't require several hundred to get up to speed and over a hundred thousand dollars, certainly out of our price range. We'll take a look at this in the future. Being at the computer capitol of the world has advantages and mfg companies are willing to cut a deal for high volume purchases, and, these cards are dropping in price rapidly. One can get a hold of an older model for a song and a dance. This site describes Asci Red, originally a 1.6 Teraflops supercomputer, even though it was upgraded to 3.1 Tf, remained in the top 500 supercomputers when decommissioned. The speed of the Big Brain fits the Top 500 and has reached super computing status - definitely it's a "baby super computer" if not a wannabe in the making..


http://www.jacobsequity.com/ASCI%20Red%20Supercomputer.pdf


The changes made to the ULT system are now weekly or daily, and it's not possible or practical to blog every little detail of change. However, one larger change made is the additional number of processors brought online to the system. The Propeller Powered Big Brain was initially using a proportion of its processors, primarily the bank of 720 streaming GPUs. However, that was the introductory system which was quickly upgraded some time ago to include use of the full number of Propeller Big Brain processors and their counterparts. That's because initially the Big Brain was in distribution, across several countries. Now the Brain is fully consolidated through a major and costly international effort. Its config includes the full gamut of processor variety and the full number of (minimal) 100,500* is now online and available for computing and controlling power. The number of processors appears sufficient for running the current applications however this is in flux and evolving. The number of processors coming online is subject to change without notice.


* Greater than 100 Propeller chips
* Over 800 Propeller Cog RISC Processors
* 720 or more GPUs
* Greater than 100,000 EV Processors
* Several INTEL Duo & Quad Core Processors
* Atom Processor
* Add On Processor Cache up to 10,000 V Processors
* Graphics Accelerator Core


New processor totals exceed 111,530* various type processors. For more specifications regarding the streaming processors, consult the Specs page.


Additionally added Intel® Graphics Media Accelerator 950 Graphics Core chip set with the following specs:
http://www.intel.com/products/chipsets/gma950/index.htm


256-bit graphics core running at 400MHz
Up to 10.6 GB/sec memory bandwidth with DDR2 667 system memory
1.6 GPixels/sec and 1.6 GTexels/sec fill rate
Up to 224 MB maximum video memory
2048x1536 at 75 Hz maximum resolution
Dynamic Display Modes for flat-panel, wide-screen and Digital TV
   support
Operating systems supported: Microsoft Windows* XP, Windows* XP 64bit, Media Center Edition 2004/2005, Windows 2000; Linux-compatible (Xfree86 source available)
Up to 4 pixels per clock rendering
Microsoft* DirectX* 9 Hardware Acceleration Features:
Pixel Shader 2.0
Volumetric Textures
Shadow Maps
Slope Scale Depth Bias
Two-Sided Stencil
Microsoft* DirectX* 9 Vertex Shader 3.0 and Transform and Lighting supported in software through highly optimized Processor Specific Geometry Pipeline (PSGP)
Texture Decompression for DirectX* and OpenGL*
OpenGL* 1.4 support plus ARB_vertex_buffer and EXT_shadow_funcs extensions and TexEnv shader caching
Up to 2048x1536 resolution for both analog and digital displays
Consumer Electronic display (Digital TV) support
Display hot plug support to automatically detect new display connection while system is operating (CRT and DVI)
Two Serial Digital Video Out (SDVO) ports for flat-panel monitors and/or TV-out support via Advanced Digital Display 2 (ADD2) cards or Media Expansion Cards
Intel Media Expansion Cards available providing TV-out and PVR capability
Multiple display types (LVDS, DVI-I, DVI-D, HDTV, TV-out, CRT)
Dual screen support through ADD2 digital video devices
HDTV 480i/p, 576i/p, 720i/p and 1080i/p display resolution support
Interlaced Display output support
16x9 and 16x10 Aspect Ratio for widescreen displays
2x2 Panel Scaler
High Definition Hardware Motion Compensation to support high definition hi-bitrate MPEG2 media playback
Up and Down Scaling of Video Content
High Definition Content Decode - up to two stream support
5x3 Overlay Filtering

ULT Enhancement Calculations

Synthetic Aperture Telescope Controls

* 10X UP Universe Penetrator

Amplify a single telescope adjunct by ten times

* 100X LD Locative Driver

Select a different adjunct closer to the imaging target

* 1000X AA Adjunctive Accumulator

Sum two or more adjuncts

Calculation Examples

10x10x10=1000

1X to 945 to 9450 to 94500

78.75’    787.5’    7875’ (1.5 mile)

The 10X UP is engaged

The 10X LD is engaged

The 10X AA is engaged

10x10x100=10000=15 miles

The 10X UP is engaged

The 10X LD is engaged

The 100X AA is engaged

10x100x100=100000=150 miles

The 10X UP is engaged

The 100X LD is engaged

The 100X AA is engaged

Synthesized Telescope

PROPELLER POWERED BIG BRAIN
TALKING ABOUT SYNTHESIZED TELESCOPES

SYNTHETIC TELESCOPES ARE REBORN!

[INCLUDING A REVIEW OF SYNTHETIC TELESCOPE PROJECTS WITH THE GREAT ULT TELESCOPE]

THIS IS NOT SYNTHETIC RADAR - invariably one will look up information on the web and consult a Wiki, but Wikis and Google certainly do not contain all information, and in many cases and examples are extremely lacking, and such is the case of the Synthesized Telescope originating from 1967, simply because prior to this week I did not put it on the web. Much of the information from its development all throughout the 1970s is not available. I may make this information available at a future date. Such is the case, not only for amateur astronomy developments but for companies with professional products - it's not a practice to post competitive information regarding their products.

Amateur astronomers often develop aperture fever, wanting to achieve larger and larger telescopes for better and better views to see more, farther, deeper. Though my 1st telescope was 1-inch, the others that followed were increasingly larger and larger ... 3, 4.25, 8, 12.5, 40, 52 and now.... I stopped building a 72-inch Float Glass mirror telescope for a larger one. The larger telescope is a Synthesized Telescope made from many components in space and on Earth.

Synthesized telescopes are the result of necessity. They don't need tons of money and eons of time to construct and they avert a strain on the family or household budget. Though they can be extremely complex, Synthesized Telescopes maximize the resources used at a minimal investment in terms of time and revenue yet the returns can high.

Synthesized Telescopes are made through various means. The first Synthesized Telescope was invented in 1967 using a 4.25-inch F-11 primary that was converted into a 42.5 inch telescope. I used analog to give it 10X enhancements. It was used to photograph detail on Jupiter's Moon Ganymede, which at that time, was unheard of. Inspired by the results, this led to a series of increasingly larger Synthesized Telescopes. The aperture has now reached megalithic proportions due to new inventions and the increasing technology pool in space.


Managing the ST is no small task. That's why the Propeller Powered Big Brain Supercomputer is an integral part of the telescope.

Here's some links to recent images achieved with Synthesized Aperture Telescopes and a short discourse regarding the challenges and their results.

GREAT SYNTHETIC TELESCOPE PROJECTS

The Sun
http://humanoidolabs.blogspot.com/2012/03/ult-sun-flare.html

This was a project to determine the suitability of the equipment functioning as a solar telescope and to see if it could discover new solar flares. Are there smaller solar flares that go unmissed with common satellite telescopes and patrols? As it turns out, yes, there are unnoticed solar flares that deserve attention and higher detailed observation. It was also determined the ULT has great suitability as a solar telescope.

Deep Stellar Abyss
http://humanoidolabs.blogspot.com/2012/03/blog-post.html

The Deep Stellar Abyss Project was the first time the telescope peered deeply inside the center heart of a globular star cluster to determine what was hidden there. The results were beyond belief - a magma outpouring of rich celestials filled the view, not only stars but vast nebulosity and a colorful array of objects spread throughout the heart of space time.
 
Andromeda
http://humanoidolabs.blogspot.com/2012/03/nult-andromeda.html
This was a great challenge that came from our Point the Telescope Contest. A photograph of the great galaxy M31 in Andromeda was provided with a red boxed tiny rectangle. Visual inspection showed nothing much in the hold. The challenge was to image the hole with the ULT Telescope and see if anything was inside. After we saw the results, all we could think of saying was, "My God! It's Full of Stars!"
 
Inside the Great Red Spot
http://humanoidolabs.blogspot.com/2012/03/nult-telescope-jupiter-great-red-spot.html
This thing has been around for ages, even a century, and thought of as a continuing storm. The Great Red Spot is, well, just a spot, something considered small on the planet Jupiter. No one ever though about going deep inside the GRS to look around and see what was in there, exactly. The ULT Telescope obtained an image of the GRS that massively filled the entire field of view with many colored objects! No longer was it a tiny spot or just one storm. And what great treasures were revealed inside was truly spectacular, many ongoing individual storms, hundreds, perhaps thousands like nothing ever seen before!

Coldest Place in the Universe
http://humanoidolabs.blogspot.com/2012/03/ult-coldest-place-in-universe.html
This was a study to find and look at the light coming out of the colded place in the Universe. We knew if the light becomes cold enough near abolute zero, it will freeze. Frozen light has some of the most unique properties so we wanted to look around and see what effects could be discovered. Again, the results were mind numbing and exceeded our reatest expectations.
 
An attempt to resolve Saturn rings into rocks
http://humanoidolabs.blogspot.com/2012/03/ult-saturn-rings-journey.html
This was a life long endeavor to actually see chunky rocks within the ring systems of Saturn. Imaging had to reveal rocks that were real data, not just pixelated artifacts. With pixels much smaller than the images of the actual rock mines, the image that resulted is truly spectacular, outstripping our greatest hopes for Saturnian ring science.

Terms

Synthesized Aperture aperture is produced by a synthesis process, for example, created and put together by systems with an assembly of components in space and on the Earth.

Synthesized Telescope  a telescope created by a synthesis process to typically increase the aperture of an existing telescope through analog, digital, or special means. The creation of a modern Synthetic Telescope has led to a hybrid of components in space and on the Earth.

ULT Sun Flare

PROPELLER POWERED BIG BRAIN

ULT BRAIN PERIPHERAL FINDS A GIANT SUN FLARE

This event marks the ULT Telescope's first ability to analyze the Sun. The Telescope can now study sunspots, corona, flares, results from the photosphere, chromosphere, spicules, granular motions, and other elemental effects.

FIRST ULT SOLAR IMAGE SHOWING A SUN FLARE

You better head indoors when these gargantuan solar flares start cropping up! Xrays and Gamma Rays can reach the Earth in eight minutes at the speed of light.
The Big Brain's peripheral ULT Telescope engaged one Adjunct in solar orbit to find this potentially dangerous solar flare at a moment in time when it was nearing the break off point from the sun's surface. The ULT could potentially begin a program watch of the sun looking for flares, however, flares are relatively known and already watched by satellites in space. The ULT's mission is more of one of new discovery and exploration, so it's important to add solar capability but a 24/7 watch is currently out of its domain. For a view objects engaged by the ULT thus far, view the complete ULT Photo Album.

ULT Deep Stellar Abyss Reveal

PROPELLER POWERED BIG BRAIN

THE GREAT STELLAR ABYSS

Big Brain's ULT Space Administration

"Expanding the Frontiers of Scientific Research & Discovery"

THE MOST SPECTACULAR MISSION INTO THE ABYSS

In this spectacular journey through space and time, the ULT Ultra Large Telescope journeys to the deepest stellar abyss, at the center and heart of the M9 globular system. This remarkable transformation of light, color, scale and magnitude is made possible with the ULT 24-meter aperture primary.

The ULT Mission Object: travel deep into the center and  heart of a globular star cluster, for the first time, going deep, to see what emerges from its space and time. Engage the 276,700 year journey by light speed employing the Telescope's Obverse Travel Mode. Go max on the Universe Penetrator setting to gain a full 10X enhancement and create a 24-Meter aperture. Engage the Multi Mag Slider with multiple passes to zoom deep into the abyss. View the full colors of the deep space objects. View the complete ULT Photo Album.

Before & Beyond the ULT

Propeller Powered Big Brain

GOING BEYOND THE ULT IS NOW REALITY

TELESCOPE REVIEW BEFORE AND DURING BIG BRAIN ERA

Astronomers, both amateurs and professionals call it aperture fever. It takes only one time of looking through a telescope to come down with a fever of wanting larger telescopes to see more and more. AND when you get that larger telescope and view what can be viewed, you'll want a larger sized telescope to view more! It's a never ending story.

With the introduction of new inventions and new thinking with advanced designs, the ULT has the option of numerous upgrades, several of which were tested recently. The next option is to create new telescopes that are a quantum leap larger in diameter by factors such as 100X, 1,000X and 10,000X. Because these will have their own calculations, design and persona, they will also have unique names and science. The following categories are defined:

Historical Telescopes - Used, Designed and Built by Humanoido
Glass Optics Telescopes

1-inch Refractor FT First Telescope

This was the first telescope, a 30mm used to observe the Moon and Saturn, plus solar projections, first study was regarding red and blue fringing of achromatic aberration

2.4-inch Refractor GOTO Telescope

Computer controlled GOTO

3-inch Reflector F11
This reflector provided the first views of M42, M31, Saturn, and Titan

3-inch Reflector F3.95

Experiments in automation, robot control, machine brain interfacing

4.25-inch F11 PT Powerful Telescope
First studies of the Moon, Jupiter and Mars, Lunar Mapping. Imaged detail on Ganymede. Strong Jupiter studies and focus on Jupiter moons. Used for determining the speed of light and various astrophysics studies, film development and hypering

4.25-inch F2.9 Space Telescope

Used as the primary objective in creating an amateur space telescope for launching on the Shuttle's Getaway Special program

8-inch F3 Schmidt Camera

A Schmidt camera, study of spherical mirrors, curving film, wide FOV astrophotography, mounting, techniques

8-inch F6.3

Primary work horse telescope leading to many studies (see the 10X 80-inch MT Massive Telescope), dry ice camera, super cooled imaging, planetary cartography, cometary studies

12.5-inch F6 OT Observatory Telescope

Entered the CCD era with imaging, automation and computer control, discovered a new star, worked with Hubble Space Telescope et. al., accomplished many studies

40-inch Diameter Very Large Telescope VLT

Designed with a COSMAC ELF 1802 Computer, 144 Servo Mechanism, Real Time Figurable, Electric Filters, Vitual Cooling, Mirror Matrix Mounting, Computer Designed, 10 Year Project

Specialty Telescopes by Humanoido's Propeller Powered Big Brain Machine

Water Drop Telescope

The Micron Telescope

The Multiple Lens Telescope

The Camera Telescope

The Cam Telescope 
The Pinhole Telescope 
The Crater Telescope

Historical Telescopes with Resin Optics Designed and Built by Humanoido

52-Inch GT Giant Telescope

Innovative Resin Primary, Remote Ocular, Electric Focus, Auto

Figuring, Styrofoam Mirror Mounting, Ultra Light Telescope, Gravity

Systems

52-Inch GTT Giant Telescope Twin

Explored the Limits of Primary Extreme Mounting, Storage,
Handling, Surfacing Study, Weight Study, Experiments

Synthetic Aperture Telescopes Built by Humanoido

10X 30-inch Synthetic MB Made Big Telescope

Amplified performance 10X

10X 42.5-inch NT New Technique Telescope

Imaged detail on Ganymede, developed first enhancements in film hypering, cooling, sensitizing, flashing, summation

10X 80-inch MT Massive Telescope

A synthetic professionally acclaimed telescope with winning results - Mars Map, Mars Weather, Cometary Calculus, Occultation, Rings of

Saturn, Martian Polar Cap, Mars Dust Storms, Jupiter Storms, Digital

Image Processing, Star of Bethlehem, Venus Conjunctions, Moons of

Jupiter eclipse & Occultation, Determining the Speed of Light

10X 125-inch EOT Enhanced Observatory Telescope

Stellar Mapping, Discovered New Star, CCD, VIP Video Image

Processor, OPTICS Language Written, Thermodynamic Equalizer

Observatory with a Voice, Observatory Droid System

10X 400-inch AET Amplified Electric Telescope

Study in Massive Light Bucketing, Amplification, Enhancement

10X 520-inch MET Monster Eye Telescope

Experimental, Secondary Experiments 

New Hybrid Synthetics - Telescopes with Singular Linear Adjunctive Universe Penetrator Design

10X 945-Inch, 24-Meter, ULT Ultra Large Telescope

Discovered Saturnian Rocks, Discovered Multi Storms inside the

GRS, Ultra Deep Imaging, Penetration to over 13 Billion Light Years

Near the Edge of the Universe Boundary (EOU), Penetrated the

Globular Stellar Abyss, the Farthest Two Galaxies at the Edge of the

Universe, Deepest Galactic Penetration into 2.6 Million LY Zone,

Planet Outside Our Solar System, Pluto Detail Imaging, Multi-Meter

Lunar Res with Lunar Adjunctive, Experimental, Inventive,

Exploratory, Breaking New Technology, Relatively Easy to Use,
Big Brain Enabled

New Hybrid Synthetics - Telescopes with New Multi Selective Dimensional Adjunctive Universe Penetrator Designs Completed

100X 9,450-inch, 240-meter ET Extreme Telescope
This telescope is the first with multiple Adjuncts - a synthetic aperture of Multi Adjunctive design and heralds in a new era of telescopes, size is .15-mile diameter or 787-feet wide. This is equal to about twenty 40-foot wide skyscrapers placed end to end.

1,000X 94,500-inch, 2,400-meter HT Hercules Telescope

This telescope has a synthetic aperture of 1.5 miles

New Hybrid Synthetics - Telescopes with New Multiple Additive Dimensional Adjunctive Universe Penetrator Designs Completed

10,000X 945,000-inch, 24,000-meter ST Super Telescope

This telescope has a synthetic aperture of 15 miles

100,000X 9,450,000-inch 240,000-meter CT Colossus Telescope

This telescope is 150 miles wide

NWT New World Telescope

Estimating an extremely powerful synthetic aperture of 1,500-miles in diameter, linked in space to Earth, this new world telescope will puncture holes through gravity, space, time, and dimension, with phase cutting through nebula and interstellar dust & matter like a hot butter knife, reaching the farthest places throughout the Universe. Along with new technology, this telescope will be the next design building upon the 150-mile synthetic aperture telescope and previous technology.

Going Beyond ET - How It Was Accomplished

The New Multi Selective Adjunctive design was the next step in making massive gains in resolution and increasing the aperture by a quantum leap. The ULT uses a singular Adjunctive and now with use of multiple Adjunctives ushers in the age of the ET Extreme Telescope and beyond. What's beyond ET?

These new large telescope are made possible with the use of the new Accumulator invention. The new Accumulator invention for the ULT Telescope is simply revolutionary because it enables a quantum jump increase in apparent resolution and telescope size. It accomplishes this by combining the data from two or more, or many Adjuncts. The Accumulator can also sum the accumulated data from a single Adjunct, making the entire Telescope perform with significant enhancement. No longer is the Universe Penetrator (UP) the only device that can increase and amplify telescope resolution and apparent size (by 10X). The Accumulator has brought about enhancements of 100X and 1000X on top of the UP's capabilities. Along with the UP, this converts to 1000X and 10,000X. This is not an empty magnification reference at all, but rather references resolutions that determine functional aperture of the Telescope. It puts the telescope aperture into the range (from 24 meters) of 1.5, 15, and 150 miles wide. The accumulator also increase the clarity and field penetration yielding new powerful data about places in space and time.

The GT Genius Telescope
Note: As of July 2012, a new behemoth telescope is complete - the GT Genius Telescope, with three aperture modes (the 1.5-mile, a 15-mile, and the 150-mile)

Telescope Naming Conventions

The choice of telescope names is from the following pool (Bolded names are taken, the remainder are taken for development names) New World, Mammoth, Amplified, Monstrous, Monster, Far Reaching Penetrator, Massive, Far Reaching Arm, Eye, Behemoth, Herculean, Enhanced, Enormous, Extreme, Giant, Gargantuan, Massive, Colossal, Huge, Electric, Humongous, EE Elucidating Eye, Very Large, Ultra Large, Immense, New World, Vast, Twin, Hulk, Super, New Technique, GT Genius Telescope

ULT Stellar Abyss Mission

Propeller Powered Big Brain

THE SPECTACULAR ULT STELLAR ABYSS MISSION

All resources are now placed on the current ULT Deep Space Stellar Abyss Mission. Were traveling at the speed of light beyond the Solar System in ULT Obverse Voyaging Mode bringing in light from the 276,700 year mark located in a deep and vast stellar abyss. What we find inside is completely unspeakable! Please wait! We'll post results shortly from this mission..

The ULT Deep Space Stellar Abyss Mission is the first to use the upgraded Voyaging Craft Window specifying the PIP Parametric Identity Pool. The results go so deep and the reveal is so incredible - this is one journey not to miss! This accomplishment represents the combined efforts of Humanoido, the Propeller Powered Big Brain, the DSC Deep Space Center, the ULT Space Administration and NASA.

ULT March Upgrades

PROPELLERED POWERED BIG BRAIN

ULT ULTRA LARGE TELESCOPE UPGRADES & CHANGES

Centaur rocket Engine - NASA

NEWS - from the ULT Space Administration

This week has seen numerous project changes in the rapidly growing ULT Ultra Large Telescope Project, a project spun off by the Propeller Powered Big Brain.

The Big Brain project is all about thinking in new ways, re-purposing existing technology so that it can be readily expanded with new ideas that extrapolate beyond what is commonly known. It leads to new capabilities, advancements in science, and new discovery. If we stood on one plane of existence on the ladder of life, it's now time to move up to the next plane. We are not throwing away the old technology but rather expanding it in new ways.

For example, we know the Chinese invented the black powder rocket in 300 BC . But in today's modern technological world, how could this relate to our rockets 2,312 years later? In touring the museum in China, on display was a style of ancient rocket that looked almost exactly like the Space Shuttles arrangement of Solid Rocket Boosters. Building new upon old. As the 12th century theologian and author John of Salisbury said, "We are like dwarfs sitting on the shoulders of giants. We see more, and things that are more distant, than they did, not because our sight is superior or because we are taller than they, but because they raise us up, and by their great stature add to ours." (a treatise on logic called Metalogicon, written in Latin in 1159)

Powerful Devices & Techniques

THE ULT now has extra equipment and instrumentation which gives add on capabilities. Recapping the end results, the Telescope has the following added features and upgrades:

* a larger telescope diameter

* ability to function in multiple Adjunctive Mode

* a new Accumulator

* higher resolution

* greater ability to make new discoveries

* a new front end display window

* Repeatability - tracking of additional parametric identities

* ability to save, store for long periods, compress, and recall time

* new ability to be in multiple places at the same time

Front End Display Window

The  new Front End Display Window now includes XY scaling for image object identification and location. The four pins holding the image points of reference are improved. Contrasting color now identifies new added iconic representations for additional parametric identities. A larger viewing window is created which can show more observational data per unit area. The window now reports the current mission, location of the Adjunct, modes for telescope and obverse travel, the Multi Mag Slider is reported as engaged as Multi Pass with icon, a journey time in years units based on light speed is given, the type of system engaged is noted, and credits are established. The window supports either color, black & white, or variations and is stored and transferable by jpg files. The first trial window incorporating these features is seen with the deep stellar abyss. In the future, the window may also report the type of Adjunct and the number of Adjuncts and a more advanced version could include Accumulator information and settings. There's a limitation to the current window size and Portrait shape, which may change to Landscape Mode for side by side Instrumentation Control Panels.

Ability to Make New Discoveries

The ULT began off the bat with discovery in its first Jupiter image, showing a remarkably detailed image of the GRS Great Red Spot that not only filled the entire Telescope Viewer Screen but showed hundreds if not thousands of smaller storms raging inside the spot, leading to new knowledge about the centuries old feature. In the first Saturnian Ring System image, using a new Adjunct tested for higher resolution and technique, the clear visible indication of rocks and boulders appeared in many of the twenty rings that were examined, heralding in a new era of Big Brain Telescope based planetary exploration. The ULT Space Administration is going on about the business of science and research and does not want to get into a decades old controversy like the microbes found in the Mars rock. So information and discoveries will be presented in the form of blogs with a disclaimer that it's left up to the reader to determine suitability of information. It's possible, in the future, a book will be written and released detailing the ULT.

New Thinking About Time

It's entirely new thinking about time and the management of time based systems that leads to new ULT power and capabilities. The historical technology allows us to take a time span of images and modify their time structure. Modifications allow us to manipulate time and control it. With existing space adjuncts, this concept is greatly expanded. The ULT is built upon data based on the dimension of time. Images in the Solar System and from Deep Space are from different times. Managing the time properly and developing new time managers allows the data to be recorded, played back, intensified, amplified, enhanced, added, and manipulated in ways to increase ULT performance. Time managers must take into account the variables of Adjuncts, Positions of Nodes, Acquisition time, Trip Time, Manager Technique Time, Operation Duration Time, and Event Time.

Multiple Places at the Same Time

This new feature of the ULT indicates that the telescope can reside in several locations at the same time. This upgrade is made possible by new thinking which is no longer linear, but rather incorporates not one but many prime spaced Adjuncts in a three dimensional Solar System Array (with some exception applying to distances outside of the Solar System). This requires some calculations to make it functional and it's hoped the Big Brain will take care of this in future built instrumentation.

Accumulator

The new Accumulator invention for the ULT Telescope is simply revolutionary because it enables a quantum jump increase in apparent resolution and telescope size. It accomplishes this by combining the data from two or more, or many Adjuncts. The Accumulator can also sum the accumulated data from a single Adjunct, making the entire Telescope perform with significant enhancements. No longer is the Universe Penetrator (UP) the only device that can increase telescope resolution and apparent size (by 10X). It is believed the Accumulator will bring about enhancements of 100X and 1000X on top of the UP. Along with the UP, this converts to 1000X and 10,000X. This is not an empty magnification reference at all, but rather references resolutions that determine functional aperture of the Telescope. It puts the telescope aperture into the range (from 24 meters) of 1.5, 15, and 150 miles wide. The accumulator also increase the clarity and field penetration yielding new powerful data about places in space and time.

Multiple Adjunctive Gold

Thanks to NASA, the ULT Telescope moved up with access to over 90 currently operating spacecraft and space telescopes. This space network number is increasing steadily and leads to a database so large that we're scrambling to find more office space at the newly formed ULT Space Administration. (another TeraByte drive was recently added) Currently this is a national effort with the USA leading the available Space Network in resources, tools and data. However, if the U.K., Japan, and France come on board, the Telescope's performance could be fine tuned to include more objects and more capabilities. An increasingly larger database is required to formulate and track parameters and the project is currently looking towards (and now utilizing) NASA for real time storage solutions similar to Cloud Computing. Cloud Computing is the delivery of computing as a service rather than a product, whereby shared resources, software, and information are provided to computers and other devices as a utility (like the electricity grid) over a network (typically the Internet). As previously blogged, we've utilized new methods that can, for example, use one satellite in Earth orbit and combine it with another beyond the Moon for incredible gains in data, light gathering power, resolution and aperture. This technique is now expanded beyond the Two Factor, i.e. can handle Multiple Adjunctive Systems for arrays that possibly and most likely go beyond capabilities of any telescope previously conceived.

Higher Resolution for Better Vision

The key issue of the telescope has always focused on aperture (telescope diameter) which is directly dependent on resolution. As the aperture increases, whether mechanically and optically constructed or synthesized, the resolution increases. With the advent of the UP Universe Penetrator, Adjunctive resolution increased up to a factor of ten. Now with the add on invention of the Accumulator, the factor of increase is vastly larger. Next came the upgrade to two Adjuncts for an incredible jump in resolution. Then multiple adjuncts in three dimensional space (no longer linear) were added for another great quantum jump in resolution. It is always believed that the previous upgrade is the final one, then something new is discovered. It's currently challenging to think of exceeding a telescope 150 miles in aperture, but given the vastness of space to work with, and NASA as a friend, anything goes.

Larger Telescope Diameter

See discussion regarding "Higher Resolution for Better Vision" and Accumulator.

Repeatability

One area being added to the Telescope's operations is that of Repeatability. The goal is to provide enough data regarding the Parametric Identity Pool (PIP) so that one could repeat the observations and settings on the same or another object at a future time. The first indication of increasing the PIP is the new ULT Voyaging Craft Window

http://humanoidolabs.blogspot.com/2012/03/ult-as-voyager.html

put into effect with the Deep Stellar Abyss Mission.

ULT Accumulator Invented

PROPELLER POWERED BIG BRAIN
THIS SPECTACULAR ULT ACCUMULATOR INVENTION ENABLES A VAST TELESCOPE EXPANSION!
The ULT Accumulator stores the energy of the potential image at one focal point. This potential is a latent image accumulated or collected and can be summed, saved, released, engaged, and/or utilized at a current or future time.

Historical Gemini Control included an Accumulator

ULT's First Accumulator

The first Accumulator works well for minimal time dependent objects and is designed primarily for objects in the Universe with slower rates of calculus. The calculus rate of change must approach a minimum time from one accumulated data point to the next. Though, the calculus is based on the speed of the Telescope.

Conceptual Design
The ULT Accumulator is unlike the historical Gemini Spacecraft which contained an Accumulator in its design. The ULT's device does employ the processing power of computers but its different by design. The idea adds time to the equation of space.

Telescope Speed

As the Telescope speed increases, the accumulator can work with increasing faster objects, so there is great advantage into having a very fast telescope, fast in terms of processing power. This is one area where the Propeller Powered Big Brain excels and can be more incorporated into the process. In this reference the speed of a telescope does not refer to light gathering power or focal ratio or F# but rather an actual speed or passage of events time parameter. The equation R*T = D (R = Rate, T = time, D = Distance) is in effect for some parameters while others are strictly event based.

Collecting Time

The ULT Accumulator can function as a device that collects time. Each object in space is collected by a span of time. Singular objects can have multiple time collected in its interest.

Saving Time on a Hard Drive

Collected object time can be stored on TB drives for later use by the Accumulator.

Compressing Time for Later Time Expansion

Drive routines can compress the collected time and store time in less space. Later when needed, the time can be expanded to normal space.

Time Blur & Changing Events
As an event changes, its rate of change is applied to the ruler of time. The time frame of the ULT Accumulator must not exceed the resolution of time in a single accumulation point or a time blur will result.

Affecting Multiple Adjuncts

Part of the ULT Accumulator is software driven and involves the use of TB data storage devices. It’s an instrumental key to developing and finalizing data for one or more Adjuncts. In particular, it enables the combining of multiple Adjuncts, enabling a revolutionary way to enhance and increase telescope size and capabilities. It makes possible vast increases in ULT Telescope resolution and diameter never before possible.

New Terms
ULT Accumulator
Collected Time
Time Blur
Saved Time 
Object Calculus
TB Data Storage Device
Expanding Time
Object Time
Fast Telescope
Latent Image

Credits
NASA image
http://www.ibiblio.org/apollo/Gemini.html

Big Brain Increases ULT Resolution

PROPELLER POWERED BIG BRAIN

BIG BRAIN INCREASES ULT ULTRA LARGE TELESCOPE RESOLVING POWER BY A QUANTUM LEAP

ULT Stars: 1st Test @ New Larger Diameter

❝MY GOD! IT'S FULL OF STARS!❞

The first star field and planetary tests run at this new highly powerful leap in resolution setting, technique, hardware redesign and instrumentation build has led to discovery within the rings orbiting the globe of planet Saturn. Preliminary pointing the ULT into the stellar abyss has revealed a mind boggling and spectacular number of stars! (see shown image of 1st stellar light at the new increase in telescope size) What's happening here? The ULT has become larger by a quantum leap!

Previously, the ULT was defined by the following equation:

Initial Formula Governing ULT Resolution

R ~ {[1.22 (Lambda)]/[(D1)+(D2subn1,n2,n3...)]}/~P

in the mathematical proportional expression where P is the Penetrator setting (1-10), Lambda is the wavelength of observable light, R is the resolution, D1 is the ULT aperture, D2 is the Adjunct setting, and n is the node. As the Adjunct setting increases, or the wavelength of light decreases, or the aperture increases, or a combination of the above, the resolution of the ULT increases.

The new formula introduces the distance of the Adjunct from the Earth and the distance of the Adjunct from the observational destination. As the distance of the Adjunct decreases to the observational destination, the resolution increases. To calculate the diameter of the ULT, which is based on resolution of the Observational Destination, a comparison is made of the distance to the object. This reworks the proportion as given.

It's recommended to establish a baseline with each Adjunct relative to the Observational Destination. The final analysis determines resolution based on the distance to the Earth which in turn is used to calculate the full aperture. Remember the formula is typically using Arc Radians and may require conversion.

What is the conclusion? This indicates the ULT can be much larger in aperture compared to its original 945-inch design which used only one Adjunct. How much larger? The actual numerical indication is shocking. By adjusting Adjunctive arrays, the telescope can alter and reconfig its full aperture diameter by increasing with a factor of a hundred times. The original 24 meter telescope becomes a 2,400 meter telescope which comes out to about 1.5-mile wide. This is a preliminary estimation and the actual diameter may go into a thousand times larger, thus creating a 24,ooo meter telescope at 15 miles wide, though incredulous at it may seem, the prelim results are indicative of a confirmation of these numbers.

Keep in mind the Universe Penetrator places a (up to) 10X factor on top of this aperture. So the 1.5 mile wide telescope with a 100X Adjunctive becomes 15 miles in diameter, and the 15 mile wide telescope with a 1,oooX Adjunctive becomes 150 miles in diameter. These telescopes can make serious discoveries and perform cutting edge research. The straight resolution of these apertures can be calculated directly with 1.22Lambda/D. 

New Terms
Observational Destination

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.

How to Avoid Dangerous Aliens

A first contact meal menu?

PROPELLER POWERED BIG BRAIN
HOW TO AVOID BEING EATEN BY DANGEROUS ALIENS

Going Stealth with the ULT

Although this is a controversial topic, at one time we believed that with great intelligence would come great understanding and the compassion for all living creatures. This is no longer the case.

We see people eating higher life forms like Whales and Dolphins, Monkeys and not too long ago there existed human cannibalism in the regions of the Amazon. One only needs to watch Nat Geo to see jungle native elders explaining the taste of humans. Even those Westerners thought cultured, in survival times of crisis such as a plane crash, have eaten their comrades. Perhaps the human race is a fluke or has not yet attained the intellectual compassion that comes with greater technological advancement, evolution and star travel, or not! When Pioneer spacecraft was sent out, it carried a Plaque telling aliens exactly where to find us. Any aliens with faster than light traveling spaceships and a hunger for humans now have a map to their next meal.

Commander Dan Burbank, Engineer Don Pettit, Robonaut

Stay Safe

Why do you think Project SETI has searched the skies for decades, looking for intelligent life and found nothing? Aliens know better than to foolishly send out their calling cards.

Safely Traveling the Stars

A much better, more safe and benign way to travel the stars and circumnavigate right ascension declination of this great universe and stay safe is by using the ULT Ultra Large Telescope as an Obversing Star Ship, one that is aligned to see and observe material that travels to us, from there to here, without leaving any traces of our presence. Observational Travel with the ULT is the latest trend in safe intergalactic travel. Someday we can send out robots like Robonaut to do the journey for us and endure the hazards of space travel.

Five Maps for Aliens to Find Earth

Two Voyager Spacecraft sent out maps
http://en.wikipedia.org/wiki/Voyager_Golden_Record 

Pioneer 10 carried a map
http://en.wikipedia.org/wiki/Pioneer_plaque

Radio Telescope Arecibo transmitted a map to M13
http://en.wikipedia.org/wiki/Arecibo_message 

The Apollo Moon Plaque was placed on the Moon in 1969
http://www.thespaceshop.com/rolledplaque.html

Ways to More Safely Explore the Universe

Observational Telescope
Obverse Space Craft
Robot Explorers
Gravity Well - Material Finding Earth (like the Mars rock)

References

NASA Space Science Data Center
http://nssdc.gsfc.nasa.gov/nmc/spacecraftDisplay.do?id=1972-012A 
Image Credit - NASA

ULT Advancements

PROPELLER POWERED BIG BRAIN

THE VAST ULT ADVANCES IN DESIGN AND FUNCTION!

Big Brain ULT Adjunctive Swarming illustration

There is no question the ULT is the most expensive, sophisticated and advanced project ever conceived and undertaken through the auspices of the Propeller Powered Big Brain. It has become the fulfilling element of higher purposes and destiny of the Big Brain.

A number of new advancements are now in effect to increase the conceptual thinking and real time abilities of the Big Brain's ULT, Ultra Large Telescope and Spacecraft. The formulation, function and definition of the ULT is more defined as time progresses. This is a review and interpolation of those effects and some extrapolation into the future.

 

The ULT functions as a Symbiotic Earth-Space Telescope

and as an obversing interstellar spacecraft and intergalactic star ship. With its Multi-Concept, NASA resources and the Big Brain, the ULT is configured to become a mobile device that can change positions within the solar system and go beyond. There is no other device like the ULT in current existence.

THE ULT has the Following Components & Tools

The Propeller Powered Big Brain

The Ultra Front End Machine

Universe Penetrator

Multi Mag Slider

94 Active Swarming Adjunctive Arrays (see here and here)

Recombinator

CW Craft Window

Data Linkage

Character Selection Filter Ranger

The ULT follows Paradigm Shifts

Symbiotic ULT Telescope

ULT Obverse Voyaging Spacecraft and Starship

The ULT as a Both a Conceptual
and Actual Spacecraft / Starship

* Interstellar Travel between the Stars

* Interplanetary & Solar System Space Travel

* Galactic Travel Between and Within Galaxies

* Orbital Spacecraft for Earth Missions

* Probe Missions to the EOU Boundaries (Edge of Universe)

The ULT is working with these parameters
Time Travel
Time Travel Coefficient Based On Distance
Light Speed
Faster Than Light Speed - Super Luminal Velocity

Resolution
Orbital Positions

Space Travel
EOU Boundaries
Coexistor (Being in Two Places at the Same Time)

The ULT Philosophy

The Prime Directive

The ULT Management

The Propeller Powered Big Brain Project

The Deep Space Center DSC

ULTRA Space Administration

NASA

Humanoido

Future
We see the ULT becoming multi-purposed (Telescope, Spacecraft, tool of scientific investigation and discovery, new paradigm shifts) and more refined in its potentials and capabilities. It will function today as a telescope and as an obversing Space Craft, but tomorrow expect more from this massive project. 

References
Image source - Gizmodo