Time Traveling Snails

   Will humans go into cryogenic frozen sleep          
   during future space flights to other star
   systems or will robots take the journey?

Time Traveling Snails Batch Preparing for Cryostasis

by Humanoido

Time Traveling Snails

The 3rd batch of snails is being prepped for this fantastic cryogenic time traveling experiment. Another 500 snails will be frozen and put into suspended animation and awoken at a distant future date.

I have allotted a full size tank to the snails for their breeding in captivity. The second half of the experiment will determine the snail longevity on the extrapolated time line when in cryosis and determine the mechanism of the bio genome. All in all, at least 1,500 snail will partake in this experiment conducted at Big Brain Technologies.

Slowing down humans could result in greater life spans and cryo stasis could lead to spaceflight to the nearest star Alpha Centauri or other star systems with colonizable planetary systems.

Space1 Temperature Winter Climate Rocket Launch

Typical perfect winter launch conditions include flat land for many miles in every direction, a white snow field cover with few snow drifts and ice, a clear blue sky and no wind. However, what is the effect of the freezing cold on Space1 equipment for launching Safety Rockets?

SPACE1 TEMPERATURE WINTER CLIMATE ROCKET LAUNCH
Temperature is a concern during conventional space launches. NASA showed the world that launching in freezing temperatures with rubber O-rings on the SRB solid rocket boosters was a condition to avoid, when the space shuttle Challenger blew up.

How does temperature effect Space1 systems? The Safety Rocket does not use rubber o-rings but does contain other systems. How do these systems perform under winter conditions? Can we launch space tourism rockets in the cold winter, from more polar vantage points? What is the limit of cold for space launches? And if the design for winter launches is a go, what are the advantages in doing so?

The system can be divided into the rocket, launch system, space capsule, space suit, and avionics. The rocket has engines, the capsule has cameras and windows plus a pressure related environment, and the space suit has electronic and mechanical sensors.

More testing is needed for the engines to record and study performance under freezing temps. Electronics have posted operating temperature ranges. However, it becomes necessary to fully understand the way a sensor operates.

The sensor that uses heat cannot exceed the specs for ambient temperature, such as the accelerometer. The pressure detector will be affected by temperature. Cameras may have windows and lenses that frost over. Thawed ice on components, with conductive dust or lint contamination, may short circuit, so keeping items sealed in a clean environment is required. Humidity control is important. The case for engines and dry weather is to avoid static electricity which can cause engines to ignite prematurely and parts to have spontaneous combustion.

Sensors related to limits of their thermodynamic environments and vibration will be studied. Numerous unmanned test flights are scheduled after the Madonna Concert during winter of 2016.

Space1 Space Suit

Work on the Space Suit will increase
For security reasons, the actual space
suit cannot be shown. 

SPACE1 SPACE TOURISM
SPACE1 SPACE SUIT
SPACE1 ASTRONAUT CORE SPACE SUIT

Space1 has entered the Asian test zone, for the development of the current round of tests on one of the highest technology portions of the Safety Rocket involving the Space Suit.

Space1's RPL Rocket Propulsion Lab and Space Center are now creating a space suit to handle the functions required for safe space flight and tourism to Space Apogee in suborbital flights.

SCHEDULE: From December 10th, 2015 through March 2016, the center will actively work on the space suit with testing, new designs, and improvements for space flight. The space suit has an initial array of space sensors and devices that include the following:

* GFORCE SENSOR
* GFORCE LIMITING DEVICE
* VIBRATION ORRAY
* VIBRATION TRANFUSOR
* WEIGHTLESSNESS UNIT
* SOUND TRANSMUTATOR
* PROCESSORS

Work has progressed for approximately a year on the glove, suit, and helmet.  Part of this work includes communications and the continued miniaturization of components.

The sensors report to the Space Komputer for processing, analysis, and display. The Space Komputer currently uses an eight core chip, with enhancements to achieve greater 1,000 processor density per core. In the largest configuration, the SK has 240,000 computer processor cores. Smaller configurations are being tested with high densities.

Space1 Ground Safety

SPACE1 GROUND SAFETY
Space1 is all about safe space, safety, and making space travel safe for human astronauts and space tourism. Space1 has also focused efforts on making down-to-Earth safe space.

— space safety is no accident⠀—

SUMMARY
Safe space is on everyone's mind from the beginning of the space program in the 1950s. However, it takes new innovation to bring dreams into reality.

People want safe space travel. Fewer people consider ground safety. Work continues at Space1 using a method of ground testing safety assurance. The new GTSA methods assure a good safety record for materials handling and storage, rocket and engine testing, and management of the launch and related factors such as weather dynamics.

ISSF Space safety magazine

METHODS
Safety adds up whether on the ground or in the air. The latest addition to our flight safety management program FSMP is a special safety observatory that can observe, monitor, and assess the atmospheric "seeing cell" in the determination of ground and flight conditions.

Creating and maintaining safety requires an important understanding of varied conditions and a balance of factors.

FACTORS TO CONSIDER
pressure, temperature, humidity, turbulence, strata, solar, rain, cloud, sinking or rising air, wind, ice, sleet, snow, hail, trade winds, jet stream, down-drafting, up-winding, rider cells, shade, zonal stratification, evaporation, dew point, season, radiation, shearing, weather indices, moisture variance, ramping, cooling, heating, expansion, contraction, impending gradients, retentive condition, elevation, differential mode, circulation, convection, hydrological cycle, atmosphere-biosphere interactions, rivers, lakes, oceans, land masses, elevated obstacles, biogeochemistry, low high density, ice-ocean coupling, heat exchanges, soil interactions, ice sheeting, aerosols, day/night morning/evening conditions, tidal conditions, planetary conditions, Coriolis effect, molecular carbon trapping, effects from cyclones, tornadoes, hurricanes, typhoons, distant storms, electrical discharge, static conditions, gusts, flanking drafts, lenticular anvils, lithosphere conditioning, cryospheric emination, tropospheric delineation, spill overshooting, and various conditions with anomaly and other predictive states.

FM Radio Station Broadcast Script Part 8

For FM radio broadcast testing, the green solid strand wire loop antenna was formed into a 1.75-inch diameter circle and soldered to the printed circuit board. The close proximity of the radio is for illustration only. The antenna and the transmitter are directional.

FM RADIO STATION BROADCAST SCRIPT PART 8
This is a list of broadcast script from the FM radio station on day 1 through 3 of part time operations. The determined test frequency is currently 102 MHz on the FM band.

Monday December 23
Two days before Christmas, at 10:00 pm, the radio station was turned on for the first time. A nearby FM radio was scanned across several transmitter harmonics, then settled onto the strongest signal. It's a success! "Testing, testing, 1, 2, 3..." came in loud and clear on the small portable radio tuned to the FM band. This was repeated several times.

Tuesday December 24
On Christmas Eve around 11 pm, this special transmission went out for holiday wishes and additional tests were completed. "Have a happy holiday and Merry Christmas." The script was repeated prior to running tests. 

Wednesday December 25th Christmas
At 1:00 am to 1:30 am, for tests, "Roger Rabbit" was repeated which verified the frequency orientation shift. For each Roger Rabbit, a new orientation and frequency shift was tested. Microphone positioning was established along with the notation of characteristics from human positioning. In particular, the coil is sensitive to human positioning and will need to be in a retracted position during future operations.

Signal Propagation
Again, with a 1.75-inch green loop antenna, which is very cute by the way, we're not exactly sure who heard the signal other than ourselves in the Lab due to the given "in house" range.

QSL Cards
If and when we are able to extend the range to another room, we'll think about making up a batch of QSL Reception Verification Cards for "send out" to our... er...  colleagues.

Radio Station Name
Prior to the design of QSL cards, the radio station will need a name, something like Whisper 102 Radio...

Broadcast Schedule
Later we will present the Whisper Radio 102 broadcast schedule for the New Year!

FM Radio Station Part 5 Index
http://humanoidolabs.blogspot.tw/2013/12/fm-radio-station-part-5-index.html

FM Radio Station Testing Part 7

The 9-volt powered mini radio station is set to broadcast on the FM band near 102 MHz with more tests using a tiny 1.75-inch circular loop antenna. Today's tests include a harmonic and range study, along with orientation reviews. A very sensitive Chinese multi band radio is at the receiving end. The photo does not show the actual test range distance. In this second day "on the air" test, a small script will be sent out over the "air waves." Stay tuned to this project and the radio station just keeps growing and growing.

FM RADIO STATION TRANSMITTER TESTING PART 7
The next phase of the radio station is testing and calibration of the transmitter and equipment, and running more experiments to pace the radio station and see what works best.

* Range
* Transmitter Signature Footprint
* Detail & Extent of Harmonics
* Quality with Microphone
* Background Pickup Determination
* Orientation Positioning Effects
* Results of interchangeable Antenna
* Results with Different Antenna Designs 
* Signature of Transmissions with Antenna Position
* Effects of Antenna Blockage
* Types of Material and the Effects on Wireless
* Results of Direct Audio Feed Bypassing Mic
* Results of Varied Lower Power Voltage
* Instrumentation Add On 
* Mute Circuit Resistor Determination 
* Power Determinations

FM Radio Station Part 5 Index
http://humanoidolabs.blogspot.tw/2013/12/fm-radio-station-part-5-index.html

FM Radio Station Part 4 Broadcasting

THE VOICE OF SCIENCE NOW BROADCASTING... Connected to a 9-volt battery, this is the first power on of the radio station. We're on the air, with an antenna so tiny, it's merely broadcasting to the other side of the table. This is the first successful test of the FM radio station with "across room range." There's always excitement when a "just built" project is switched on for the first time. It's always hoped that it works perfect the first time. Building projects is like a crap shoot - there's any number of things that can go wrong as Murphy's law dictates. In the case of projects, components often have a 10% failure rate and can cause some frustration in troubleshooting newly assembled projects. One can take a gamble and assemble the parts untested, or test each part for greater workability insurance. With this project, the radio station worked perfect the first time!

FM RADIO STATION transmitter broadcasting part 4
We're broadcasting into space! Who is listening?

This is the fourth installment about building your own radio station. On Monday December 23, two days before Christmas, at 10:00 pm, the radio station was turned on for the first time. A nearby FM radio was scanned across several transmitter harmonics, then settled onto the strongest signal. It's a success! "Testing, testing, 1, 2, 3..." came in loud and clear on the small portable radio tuned to the FM band.

The transmitter's coil was slightly adjusted to push the signal farther up the FM band to avoid several very strong radio stations around 98 to 100 MHz. The perfect test place was quiet at 101 and 102 MHz.

For initial testing, a tiny loop antenna is used which extends only about 3-inches high in the long direction when elliptical and is about 1.5-inches diameter when circular, perfect for across-room broadcasting.

The sensitivity is capable of overloading acoustical feedback and distance of the audible source to the mic is also sensitive. The orientation of the transmitter greatly effects reception and keeping it in one place is required. Hands near certain areas of the transmitter effect frequency and harmonics, although the portable FM receiver is ultra sensitive - a 10 band FM/MW/SW World Receiver model 6110 by Panda made in China. Its FM band ranges from 76 to 108 MHz with manual tuning and running from 3-volts. This radio was used for reception of objects in space such as the planet Jupiter and the Earth's Sun during the Lab's SETI program searching for extraterrestrial intelligence.

Radio Telescope Receiver
http://humanoidolabs.blogspot.tw/2013/07/radio-telescope-receiver.html

Don't Eat Us Safety Program Radio Telescope
http://humanoidolabs.blogspot.tw/2013/07/dont-eat-us-safety-program-radio.html

Radio Telescope Adds Spaceweather Radio
http://humanoidolabs.blogspot.tw/2013/07/radio-telescope-adds-spaceweather-radio.html

Radio Telescope Observatory Lab 58
http://humanoidolabs.blogspot.tw/2013/07/radio-telescope-observatory-lab-57.html

The FM band in this region of the country, serving up to 24 million people, contains strong stations in almost every position on the band from 76 to 108 MHz. Smaller stations serve a six million locality. Therefore the density of stations is unprecedented. Many of these stations may be underground as the government is working to license and annex these broadcast stations.

A weak station, or even one that has associated harmonics, will be lost in the signal hash, thus limiting the range.

The unexpected high quality of the FM transmitter is very good when trimmed and tuned. Voice is very audible close to the microphone. Backgrounds sound muted as desired although this requires more sensitive testing.

The high quality of such a simple circuit is attributed to the high quality of the parts used, i.e. the special am/fm, rf, amp, mix, conv, osc and IF ability of the 2SC1675 transistor, and the 1-watt output amplifier of radios in class B push-pull operations ability of the 2SC9013 transistor.

FM Radio Station Part 5 Index
http://humanoidolabs.blogspot.tw/2013/12/fm-radio-station-part-5-index.html

Robot Explorer Cold Temperature Log 12

Car dug out of snow but no place to go

ROBOT EXPLORER COLD TEMPERATURE LOG 12
On Moon Titan, temperatures can reach -278 degrees Fahrenheit. Is is possible to find a place

Walls of snow on planet Earth

on Earth which is very cold to test components inside the Titan Moon Robot Explorer?

Not as cold but very cold is the Antarctica region, which during July of 2013 reached a very cold temperature of -135.3 degrees Fahrenheit, according to a NASA satellite.

A pot of dry ice is -109.3 degrees Fahrenheit and a flask of liquid nitrogen can reach -346 to -320 degrees Fahrenheit. So it seems we don't actually need to go to the Earth's polar region to test the Titan Moon Robot. The testing can occur in the lab in a bed of liquid nitrogen with an environment warmed to -278 degrees Fahrenheit.

What about snow? Although it snows in many places on Earth, snow is around freezing temperatures of +32 degrees Fahrenheit and is too warm for testing the Titan Moon Explorer Robot.

Robot Explorer Index
http://humanoidolabs.blogspot.tw/2013/09/robot-explorer-index.htm

Photo Source
http://staff.psc.edu/awetzel/snowFeb2010.html

Talk with a Machine

TALK WITH A MACHINE
A chat with a machine can be one of the strangest experiences! Now you can talk to a machine, computer, server, robot, and even a brain in a jar. Virtual chat bots can carry on a conversation with you, more or less.

Some are very unique and display an interesting personality while others don't really get the questions. Some can learn from you while others are dated and thought to be a bit annoying. This is a developing form of AI. The interface is usually by text, however some have online speech output like the Fake Captain Kirk. In review, we noticed the chatbots sometimes use the same core engine. For example, Susan and Alice had some of the exact same responses (re: open the window). Some are closer to passing the Turing Test, like Awkward Chatbot, which appears to be texting you from a computer or smart phone, sometimes very realistically and other times very funny. How can you argue with a machine that says, "brb - bathroom."

"A chatter robot is a type of conversational agent, a computer program designed to simulate an intelligent conversation with one or more human users via auditory or textual methods."
http://en.wikipedia.org/wiki/Chatbot 

Directory of Chat Bots
http://en.wikipedia.org/wiki/List_of_Chatterbots#Chatterbots
http://www.chatbots.org/

Awkwardchatbot
http://awkwardchatbot.com/

Susan
http://www.susancalvin.org/index.php/talk-with-susan.html

Alice
http://alice.pandorabots.com/

Fake Captain Kirk
http://alicebot.org/kirkbot

Cleverbot
http://www.cleverbot.com/

Contests
http://www.susancalvin.org/index.php/chatbots-contests.html

IBM Creates Foul Mouth Brain

IBM CREATES FOUL MOUTH BRAIN 
Guess what happened to Watson after he won his one million dollar pot on Jeopardy, became a sensational star, and went home? Apparently fame and fortune went to his head...

— his new swearing potty-mouth caught the attention of colleagues who had to immediately give him a surgical labotomy! —

IBM was forced to delete the nasty language section of Watson's machine brain. Will this become a trend with machine life forms owning higher vocabulary without the common sense of how to use the subtitles of language? Or maybe Watson was indeed angry and torqued off about something (wanting a machine body to go with his brain?) and just being a bit more explicative expressive... We wonder. When does the machine go beyond its maker and become pi$$ed off and cynical? Is this a warning to be heeded?

TIME TO CLEAN UP "Artificial intelligence machine Watson began swearing after memorizing the contents of the Urban Dictionary. It was fed the repository of colloquial English in a bid to equip it with the knowledge to pass the Turing test of computer intelligence. But researchers were forced to wipe the dictionary from the machine's memory after it started giving backchat to researchers."

Some were saying Justin Bieber has nothing over Watson, in the typical Hollywood competitive spirit of stardom change. At least Watson won't get any strange tattoos anytime soon, unless...

http://www.dailymail.co.uk/sciencetech/article-2260784/IBM-wipes-supercomputers-hard-drives-bid-stop-potty-mouthed-machine-uttering-obscenities.html

http://www.theguardian.com/technology/shortcuts/2013/jan/11/ibm-watson-supercomputer-cant-talk-slang

Watson on Jeopardy
https://www.youtube.com/watch?v=WFR3lOm_xhE

https://www.youtube.com/watch?v=K0GD8w0k0UA

https://www.youtube.com/watch?v=smSvr4dfmPk  

https://www.youtube.com/watch?v=14r0eD2HWbo

Watson Documentary
https://www.youtube.com/watch?v=5Gpaf6NaUEw

Propeller Simple Spin Board Part 3

The main battery supply is switched off, however the LED blinker program continues to operated from USB power. The added breadboard circuit controls the brightness of the LED.

PROPELLER SIMPLE SPIN BOARD
Experiment 3 - Running on USB Trickle Power

Last time we disabled BOE (Brown Out Enable) so that our simple prop board could run on low power. We then asked the question, "How low can we go?" Exploring and experimenting led to a discovery.

First we ran the LED blinker program. Then we shut off the 3.0 volts battery power supply expecting the program to shut down and the LED to go off. However, in a darkened room, the LED was dimly continuing to blink, and the program stayed in memory continuing to run properly.

TEST PROGRAM
pub main
dira[15] :=1
repeat
 !outa[15]
  waitcnt(clkfreq*2 + cnt)

The program is modified to slow down the LED blinker so the meter can settle to get a good reading of voltage drop across the LED.

RESULTS
Run the program with the power supply connected. Remove the power supply. With the USB port connected, the prop chip has a 2.32 voltage high from P15 when the circuit's power supply is off and the USB cable remained connected.

Tests were performed on an iMac with an unpowered four port HUB. When the power supply is on, the prop chip has a 3.0 volt high from P15. The simple way to increase the LED brightness is to use a 5 volt LED or a high intensity LED, carefully controlled without the dropping resistor. When switching back to the full 3.0 volts power supply, the resistor must be reconnected beforehand.

A transistor circuit can also boost the power to the LED. The illustration shows an experiment. The shown circuit is found in Parallax' book, "What's a Microcontroller."

CAVEATS
When the main power is shut off, the program continues to run and the LED continues to blink. When the USB is disconnected, there is no power to the prop circuit and the program is lost. With USB power attached again, without the mains power supply, the prop is not detected and the program will not reload.

IDEAS
One idea is to place the amplifier circuit in between the battery power supply and the prop circuit to see if the programs will continue to load on USB power only. The most simple approach - substitute a 5V LED and the LED dropping resistor can be removed to increase the LED brightness. When switching back to the full 3.0 volts power supply, the resistor must first be reconnected. Or simply route the USB +5 Volt line to become the prop's power supply.

LINKS TO PROPELLER SIMPLE SPIN BOARD EXPERIMENTS

Experiment One - Bare Bones Circuit
http://humanoidolabs.blogspot.tw/2013/07/propeller-simplex-spinner.html
http://humanoidolabs.blogspot.tw/2013/07/bare-bones-propeller.html

Experiment Two - Disabling BOE for Low Power Operations
http://humanoidolabs.blogspot.tw/2013/07/propeller-simple-spin-board-part-2.html

Experiment Three - Running on USB trickle power
http://humanoidolabs.blogspot.tw/2013/07/propeller-simple-spin-board-part-3.html

Experiment Four & Five -  Improving Reliability
http://humanoidolabs.blogspot.tw/2013/07/propeller-simple-spin-board-part-5.html

Near Space Test

NEAR SPACE TESTING
A number of tests are planned for the upcoming human launch into Near Space. One, we hope to use a man-operated tiny telescope to explore daytime and/or night time objects from space. Two, what is the functioning of GPS satellites as established through a smart phone during launch, at variable positioning, at high altitudes, and from the apex of Near Space?

QUESTIONS
Answering these two questions, according to the Big Machine Brain program and the Space Exploration Initiative will be important to putting our exploration astronauts into space, and in fulfilling the Prime Directive for manned exploration.

BIG BRAIN SPACE PROGRAM - TYPES OF SPACE

https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjrvkfTlzMPCHVmnp0pwOJM9vM2yT6JexXz5ztofe6yBk8saMZc0I4RDdVGAxC7Uo3igxYTR_4oqs0FlUWgCEhHHmCffSXMqa45GecBOn82wItN5T1G1ZFCkHYyuJiFjGotHtouD635cVz7/s1600/space.jpg

PHOTO
The photo shows space through the very large PGT-ET telescope which has multiple adjuncts in space and ground operations using a supercomputer. We don't expect results like this with the Tiny Space Telescope we're taking with us during the upcoming Near Space flight this week. The goal is imaging on the Sun, Moon, or a bright star for future celestial navigation.

VIEW PORT
The telescope test could be a success or a failure, as last time we had some challenges faced with the view port window. These windows tend to electrostatically collect dust and debris, easily scratch from the ravages of space travel (our spacecraft is reusable), and develop patches of moisture and condensation from the double layering with trapped moisture and the extreme temperatures of space. The view port also develops internal and external reflections with its multiple layering and absorbs and reflects light. It may also introduce distortion as the view port material is not optically flat.

http://humanoidolabs.blogspot.tw/2013/04/pgt-et-telescope-stars.html

TELESCOPE
The tiny telescope is currently more about testing ideas for navigation in space, for spacecraft and space object positioning. For example, the Big Brain may want to launch/release a tiny satellite into space and having a better understanding of how to orientate that spacecraft will become important.

http://humanoidolabs.blogspot.tw/2013/04/telescope-for-near-space.html

TSAT & SPACE TELESCOPE
One long range goal is the release of a TSAT (a temporary space satellite) and/or a tiny space telescope that will spend some time in space before its position decays.

http://humanoidolabs.blogspot.tw/2012/12/temporary-satellite-tsat.html 

First Scientific PDT Telescope Conference

Telescope is film, image, & data capable

FIRST SCIENTIFIC PDT CONFERENCE
The first worldwide scientific Power Dynamic Telescope conference was held regarding the first results from the New Power Dynamic Telescope.

One hundred and six people registered yesterday and joined the international event. Based on first results, investors and the administration agreed this telescope is the most powerful ever designed and constructed in the ADJ series. It's possible this telescope will make more discoveries than all other previous Big Brain Machine telescopes and it's worthwhile existence is expected to accomplish some of the greatest goals listed on the Prime Directive. As a result, the highest level of funding for this most massive telescope will be put forth and will continue for the duration of the term. It's agreed that long range and long term funding will be based on the telescope's contributions to the Big Brain's goals, the Prime Directive and telescope's longevity.

Power Dynamic Telescope Preparation

POWER DYNAMIC TELESCOPE PREPARATION
The new massive Power Dynamic Telescope is being prepared for the upcoming test. It's performance is an unknown at this time, as with first light of all new telescopes. We'll know the level of performance after the test image is acquired. Because the new PDT has the best features of the previous five Adjunctive telescopes and all the new features of the PDT combined, its performance could be dramatic by comparison.

When is a telescope abandoned and a new one created? When the number of add ons, revisions, upgrades, to a telescope exceed a certain level, a new telescope is created. This is what rapidly happened with the PGT-ET telescope. Performance was off the charts, and described as mind boggling. It accomplished many of the Prime Directives, the greatest being penetration of the Universe to the edge. All of this happened in a relatively short period of time and shows the rapid pace of Big Brain activity and progress. We've had to work around the clock on these projects. The Big Brain Initiative is a slave driver!

In particular, we're looking at testing and tuning the Molecular Enhancer Controller, the Focalization Reductor, the Electron Electronic Molecular Barlow and other new devices added to the telescope.

It's expected, in terms of the Prime Directive, the Power Dynamic Telescope will focus on Black Holes and those objects deemed important for solving the path set forth. This could be related to the effects of supernova, black hole jets, and places of time travel and transposition with temporal events. It will also cover unusual events and different ways of looking at famous objects in the Cosmos.

Power Dynamic Telescope PDT Test Selection

Constellation Canes Venatici

POWER DYNAMIC TELESCOPE
TEST OBJECT SELECTED

THE BIG BRAIN INITIATIVE has studied the Universe and is developing greater understanding and amassing a collection of information regarding its construct. The tools used for mining are powerful sensors such as giant telescope eyes capable of reaching the edge of the Universe. The impetus now is in regard to breaking the cosmic barrier, the component of the Big Bang birthing, and the dimensional quality of the Singularity.

To better understand these elements of the Cosmos and what may have existed before time and space was born (on the other side of the nothingness where there was something), and to determine what exists now on the other side, it's deemed important, by the Big Brain Initiative, to further explore causation Black Holes and their effects. Therefore, the first test site selected as a test calibrator of imaging and data collection for the massive Power Dynamic Telescope will be a Black Hole and its surrounding space, time flux, and galaxy stars counterparts.

Black Hole in Canes Venatici

There are numerous black holes to study. Each giant galaxy is held together by a black hole and maintains the gravitational space time capture of trillions of stars. As a quick test, we can look at the closer black holes at the 0 to 50 million light year mark. Of interest are Seyfert galaxies with very active nucleus cores, and ones that emit x-rays, particularly for the reason these contain super black holes. Therefore we will review the 0-50 million light year range Seyfert galaxies, and move the telescope towards a selection.

Small telescope view

One of the closest super massive black holes resident within a Seyfert II Galaxy is located at R.A. 12h 18m 57.5s and DEC +47° 18′ 14″ in the Canis Venatici region of space. The apparent size of the surrounding warped space and time being affected is large, at 18′.6 × 7′.2 of dimensionally plane measurements.

It fits our imaging and distance criteria at 23.7 million light years. At 9.1 magnitude, it can be compared to smaller telescope CCD imagery. Designation is PGC 39600, UGC 7353, NGC 4258, M106. The object will be visible to observers in the Northern Hemisphere. Emission lines show the galaxy object is emitting x-rays and falling into the central super massive black hole.

The small B&W telescope image shows the Seyfert II Galaxy with the super massive black hole at its center which is a prominent x-ray emitter. Black holes are able to change space and time and are known to cause counter intuitive Temporal Effects in the Universe where time changes from place to place and its causation is under the relativity flux of change. It's also a theory that the birth of the Universe is related to a singularity produced by a kind of black hole that opened up and "poured through elemental primordial particles that rapidly expanded."

The Big Brain thinks this is likely true and the study of these black holes will become paramount to understanding what existed and may currently exist, before and after the Big Bang, not in the Cosmic territory of this Universe but rather of that territory that lies beyond the Cosmic Barrier and the Edge of the Universe, and, it may lead to ways and techniques for breaching the Cosmic Barrier to other dimensions of space and time.

Our initiative is also looking to answering other questions, about the existence of dimensions with space and no time, or of time and no space, or other elements that exceed the limitations of our current understanding.

This is the selected test area for the Power Dynamic Telescope.

PGT-ET Telescope Crab Nebula Test

Stunning image of the Crab Nebula taken with the Lab's most powerful telescope!

TELESCOPE ENHANCED TECHNOLOGY
TEST RESULTS BLOW MINDS!

Not expecting the unexpected... 
The recent result from our new unveiled telescope, the PGT-ET, outstrips our wildest imagination! In the history of our professional work in Astronomy, we have never seen such a highly detailed image of M1 - the Crab Nebula. It's mind boggling and stunning and the wealth of detail was unexpected. See for yourself by clicking above to examine a larger size image. (the full size image is not reproduced here and is even more stunning - and available upon request.)

— the PGT-ET Telescope uses the PMM molecular controls and the Big Brain Supercomputer —

As seen below, a typical image of the Crab Nebula through a modest telescope, captured with a CCD camera, is uneventful and nearly featureless. The image above shows stepping up to the new PGT-ET opens up new worlds!

Modest telescope image

INTRODUCTION
The recent PGT-ET is thought to be the most powerful telescope in the Big Brain's arsenal of scopes. In theory, we expected higher resolution, finer detail on objects, more color, greater image scale, and much deeper penetration into the hidden depths of the Universe. It's design was anticipated to be more ideally suited for the Big Brain Machine's Prime Directive, and exploratory initiative and conducive to learning more about the Universe and what lies beyond the greatest barrier known to mankind.

PGT Telescope ET Version
http://humanoidolabs.blogspot.tw/2013/03/pgt-telescope-new-look.html

The Prime Directive
http://humanoidolabs.blogspot.tw/2012/03/prime-directive.html

ICONIC NEW DESIGN - GOING MOLCULAR
Keep in mind, the new design of the PGT-ET telescope has the added instrumentation of the GMM microscope — initially a somewhat novel and ironic idea to attach the devices from the molecular processors onto the telescope. Apparently, according to WYSIWYG, this was a good move and instrumentation to process micro worlds is well adept at processing macro worlds.

THOUGHT PROCESSOR
The telescope is the first to have a Thought Processor, though, for this test, the TP was not utilized. It's currently unknown exactly how the PGT-ET will use TPs for observations. There's some speculation that the actual telescope will become part of the physical observation in terms of quantum thought although the resolution of this issue remains to be seen.

PGT ET Thought Processor
http://humanoidolabs.blogspot.tw/2013/04/pgt-et-test.html 
Thought Processor
http://humanoidolabs.blogspot.tw/2013/04/thought-processor.html
Thought Object Action Amplifier
http://humanoidolabs.blogspot.tw/2012/11/object-amp.html
Is Pure Thought a Virtual Process?
http://humanoidolabs.blogspot.tw/2013/02/is-pure-thought-virtual-process.html
Thought Processing Dimension
http://humanoidolabs.blogspot.tw/2012/10/thought-processing.html  

PERFORMANCE
— SIGNATURE PERFORMANCE — Ever since its conception, we've become very anxious to take the new telescope for a test drive and see what it can do and see how it will perform. We estimated performance on a scale of around a 10 percent increase compared to the previous PGT telescope would be possible. In reality, after the first test was completed, the results simply blew us away and outstripped our wildest imaginations, indicating that overall performance is more like a thousand percent increase over previous telescopes like the ULT, NULT, GT, and PGT.

TEST IMAGE NEW DISCOVERIES
The Lab's preliminary M1 qualitative test results analysis

Beginning an elemental analysis of M1, obviation examination by moving from the outer remnant perimeter and settling towards the dimensional inner core, and where the final location of the ulterior realm indicates the presence of the alkali metal element Cesium CS 55 deep within the core (which is liquid at or near room temperature on the Earth). The elemental analysis was achieved by the telescope's new molecular components.

It this case, it's a frozen tenuous material spread throughout the space within the cosmic complex. On the Earth, Cesium is a byproduct created by huge power from atomic and nuclear fissions inside powerful nuclear reactors. Inside M1, Cesium was created by a nuclear fission reaction byproduct from the exploding supernova star. The class of supernovae is considered to be one of the most powerful objects in the Universe.
 
The filamentary structure is far more complex and rich than originally thought. Previously described as containing clouds, it now appears to contain a complex and vast interconnection of intricate and widely varying structures described as connected, island, open ended, with density, tenuity, and both patterned and randomized pathways with particular arrangements and alignments.

The elemental plasma is illuminated by nearby stars.

It appears to contain more filaments than ever anticipated or viewed in the past.

New unexpected and unusual filament structures are visible.

The visual range of spectral emissions is more complex and vast than previously seen.

A new depth of spatial perception and material emanating and migrating inwards towards the core is detected.

The image is far more dimensional, i.e. imagery not only penetrates into the depth of the core but also shows the outer matter mantel.

This data can provide details for many more in depth studies.

INITIAL SITE SELECTION CANCELLATION
Previously we did research to select the largest known volcano in the Solar System, Olympus Mons on Mars, as a test site, with the idea to peer deep into its vast caldron of opportunity and look for new discoveries within the walls of fossilized materials. By the time we were ready for the test, Mars had changed position and the orientation of the OM caldera had changed to an angular geometry that was not satisfying in terms of perceptive depth imaging. Therefore, the OM test was delayed, but not cancelled, and a more stellar and nebular object was selected.

MARS OLYMPUS MONS
http://humanoidolabs.blogspot.tw/2013/04/olympus-mons-pgt-et-test-site.html

SELECTING THE CRAB NEBULA FOR TEST
Why was the Crab Nebula selected for this test?

1) Well known object is easy to make comparisons with other telescopes
2) It's coordinates are well known and it's relatively easy to locate
3) 8th magnitude bright enough for engagement, tracking, testing
4) Previous "discoveries" overlooked with less powerful telescopes 
5) 11 light year dia has considerable depth, perimeter to explore
6) Coverage is within the range of Multiple Adjuncts
7) Geometry is nearly always good for an object of this distance
8) Suitable for the telescope's instrumentation

WHAT IS THE CRAB NEBULA?
The Crab Nebula is a vast remnant of an exploding star that went supernova. The explosion result was so bright and intense, it was recorded by the Chinese, Japanese, and Arab astronomers in 1054 AD. M1 is a key feature in the constellation Taurus the Bull and appears to have stellar matter including dust, various material elements, and nebular gases. It resides at celestial coordinates RA 5h 34m 32s and Dec 22° 0.870'. Distance as determined is 6,523 light years with a magnitude of 8.4.

STAR RICH ELEMENTS VISIBLE
THERE'S NO DOUBT about the variety of colors within the M1 structure as different elements produce different colors. "The filaments are the remnants of the progenitor star's atmosphere, and consist largely of ionized helium and hydrogen, along with carbon, oxygen, nitrogen, iron, neon and sulfur. The filaments' temperatures are typically between 11,000 and 18,000 K, and their densities are about 1,300 particles per cm³."<sup>[11] (source: Wikipedia)

http://en.wikipedia.org/wiki/Crab_Nebula</sup>