Will Plants Become Astronauts?

Guardians of the Galaxy Groot in space

Will Plants Become Astronauts?

Big Brain Industries and Space1 along with the inventions from Humanoido have made sentient fish astronauts. Can the same be accomplished with sentient plants and why?

What are some advantages to having plants as astronauts and on long space journeys? When the communication challenges are worked out with plants, they may become prime candidates for SPACE1 astronaut training program.

Though plants react slow, this can be a great advantage when traveling vast distances in the slipstream of space time. Like some other organisms, plants can be frozen, likely achieving immortality, and placed into cryogenic suspended animation for long space journeys to other star systems and planets for colonization of the species. Plants share much of the same DNA with all living creatures on the Earth, humans included. When humanity migrates the long 
distances to other worlds, plants may very well be a part of that collective.

Advantages of Plants for Space Travel
* Can withstand long periods of cryogenic freezing
* Some species endure immortality
* Slow metabolism for long space flights
* Small in stature
* Lightweight
* Can hibernate without the same environment as humans

Disadvantages
* Requires language translators for communications
* Human & plant time differential

Sentient Plant Life
https://humanoidolabs.blogspot.com/2021/10/the-rebels-of-sentient-plant-life.html

Space1 Rocket Technology

SPACE1 ROCKET TECHNOLOGY
Space1 is expanding a new web site about it's rocket technology.

http://space1usa.blogspot.tw/


TIMING
Things are fast moving closer to launching Space1's first astronaut into space inside the Safety Rocket. After hundreds of test rocket missions, the final moment involving humans is near. We believe our methods will revolutionize space flight, making it available to everyone.

SCHEDULE
Space1 is creating the ability to launch missions and space tours on a relatively fast schedule, enabling dozens of people to experience space tourism in new, exciting and creative ways. Reusable turn-around space craft is one key to streamlining operations.

Space1 Enterprise Minimalist Approach

Yuri Gagarin, 1st man in space

SPACE1 ENTERPRISE MINIMALIST APPROACH

Space1 Enterprise has established a minimalist approach to launching the first tourists into space with its Safety Rocket.

This will put Space1 tourists into space a full 2 years ahead of the expected timeline. The history setting first Space1 touring astronaut could space debut in early 2016.

Over 50 Years ago on April 12,1961 the era of Human spaceflight opened with a roar to the heavens above with the thunderous blastoff of Cosmonaut Yuri Gagarin aboard the Vostok 1 capsule from the Baikonur Cosmodrome Site No.1 at 9:07 a.m. Moscow time. Gagarin, at the age of 27, dared to brave the perils of the unknown and became the first human being to be strapped atop a rocket, ascend to outer space and view what no one else had ever seen, the entire Earth as a sphere.

Vostok 3KA-3 spacecraft (Vostok 1) reentry capsule with its parachute on the ground after landing south west of Engels, in the Saratov region of southern Russia. Gagarin ejected from the capsule at 7 km altitude and parachuted safely to the ground.

 

 

For tourists, the minimalist approach includes the Safety Rocket, a basic space suit with integrated computer, a rocket flight computer, and fundamental sensors. Special cams will document the tourist flight, launch, and recovery.

Space1 Transhuman Injection

SPACE1 TRANSHUMAN INJECTION
The Founder of SPACE1 is the inventor, developer and innovator of TransHuman Injection for space travel and space tourism

Advanced rapid development during LQ2015 is slated for refinement of TransHuman Injection, TI, while 2016 is scheduled for rocket launches testing many concepts of space tourism. The Space1 program is on schedule for TI and its refinement.

TRANSHUMAN INJECTION
TI, TransHuman Injection, prepares a Space1 astronaut for space tourism travel. TI includes the Super (space) Suit which will enable a human for super human feats as needed during space flight. The Super Suit is a key linking element with the spacecraft environment.

SUPER SPACE SUIT 3S
The Super Space Suit 3S enables withstanding the elements of space travel and maintains the safety rocket configs. Commonplace is withstanding intensive vibrations, weightlessness, parametric recycling, astro ejection into space (space flying), the immense pressure of rocket travel, g-force, acceleration, aerodynamic braking, the forces of re-entry including searing heat and thermodynamic variances, etc.

Exactly what is the Super Space Suit? The 3S is everything from a cryogenics device to a robotics humanoid entity that interfaces with a human being, giving new power and abilities for space travel. The 3S is a space lab, with advanced abilities.

SINGULARITY
Enter the Singularity, a point where man becomes the machine and visa versa. How can Space1 develop or move towards the point of Singularity? Evo progress has taken place, along with new technological breakthroughs in various scientific fields, enabling futuristic interfacing to achieve these goals. The development of 3S takes Space1 the closest in its history to reaching this point.

LQ2015 AGENDA LQ2015 has opened up a futures division, which is developing a new safety rocket engine to be mounted on a new spacecraft. The scaled spacecraft is built and awaiting for flying in 2016.

Space1's Singularity is the super interfacing of man and machine during spaceflight

SUPER HUMAN FEATS
The Super Space Suit gives the astronaut super human power and makes TransHuman Injection possible. Unlike NASA's Apollo spacecraft, i.e. LEM, Command Module, and Mercury, Gemini, and Apollo Capsules, etc., the Space1 spacecraft is currently not specifically gas pressurized, heated, or parametric compensated for human space travel. The full compensation is, for the most part, established via the 3S. Some 3S features are listed as follows:

* Experience RWC Rapid Weightlessness Condition without pass out
* Endure super G force
* Withstand Ultra Mechanical Vibrations and Harmonics
* Survive highest Space Pressures
* Stay alive during dangerous super acceleration
* Handle rigors of aerodynamic braking
* Function during the forces of injection
* Function during the forces of return flight
* Manage super searing heat 
* Manage frigid space
* Manage ultrasonics and super noise
* Ability to exit the spacecraft and space-fly 

SPACE1 TERMINOLOGY

3S  Super Space Suit
The Super Space Suit gives the astronaut super human power, introduces multi safety levels, and makes TransHuman Injection possible.  

RWC  Rapid Weightlessness Condition
The process whereby weightlessness is quickly encountered during space travel

TI  TransHuman Injection 
Prepares a Space1 astronaut for space tourism travel, includes the 3S

Parametric Recycling
Parameter conditions that vary during space flight, often at extreme nodes

Space Fly
Ability of an astronaut, during space tourism, to leave the spacecraft and fly throughout space

Astro Ejection
Process of an astronaut ejecting out of the spacecraft during space flight

Thermodynamic Variances
Changing temperatures and/or temperature differentials of environment and/or materials

Aerodynamic Breaking
Process of reducing speed using the atmosphere, typically during Earth reentry or landing on another planet or moon

Super Noise
Very intensive noise inside a rocket during aspects of space flight

Super Acceleration
Very intensive acceleration produced by a rocket during launch and space travel

Super Interfacing 
A very intensive process of connecting a human astronaut to space flight, thought of as the creation of a singularity

Singularity
The merging of man and machine, i.e. an astronaut and space flight

Super Human Feats
The ability to go beyond the normal human limits of acceleration, gravity, temperature, noise, vibration, pressure

Space Lab
Ability of the 3S to function as a space lab for the astronaut, offering a wide range of parametric control

Cryogenics Device
As applied to the 3S, a system to protect the wearer from extreme heat and cold temperatures

Evo 
Evolutionary process of man and machine

Space1 Iron Man Rocket

PHOTO: the Space1 Iron Man Rocket test
shows the rocket at left and the Iron Man
Astronaut parachute being deployed during
the sequence.

SPACE1 IRON MAN ROCKET
(Iron Man has his own rocket) Space1 has developed the Iron Man Rocket, which ejects an Iron Man astronaut that can fly back to earth wearing an Iron Man type suit.

The idea comes from not only the Iron Man movies, but the great Freefall, a famous rocket that ejected an astronaut wearing only a parachute for free fall back to the earth.

The Space1 Iron Man will have a "directional chute or suit" allowing some control over where to land and the method of flight during controlled free fall reentry mode. Iron Man will remain inside the Iron Man Rocket climbing all the way to apogee, then after a period of coasting, eject to free fall and return flight control. The Iron Man Rocket is designed to eject an astronaut at the same time when the rocket begins its reentry and ejects its parachute. This is a dual recovery operation.

Index of Space1 Web Pages 
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html  
Space1 Ejectables Fly Like Iron Man
http://humanoidolabs.blogspot.com/2015/07/space1-ejectables-fly-like-iron-man.html

New USA Space1 Rocket Lab

NEW USA SPACE1 ROCKET LAB
Established recently in the USA, the new rocket lab is busy stocking up on rocket parts and supplies to assemble a total of five new rockets.

RESEARCH VEHICLE
One research vehicle among the fleet is a rocketing space shuttle that will ferry supplies, test equipment, and possible astronauts back to earth. The design originated many years ago but only now do we have working vehicles to fly.

SHUTTLE DESIGN
The shuttle design is a gliding vehicle, and does not carry volatile rocket fuel, making it reusable for more safe landings. Automatic design parameters enable the vehicle to return on its own.

ROCKETS
Other rockets range in size from four different diameter and height dimensions. The largest rockets designed appear to have heavy lift capability for multiple equipment bays or multiple astronauts.

ROBOTICS
Space1 is heavy into advanced space flight robotics. The robotics division is already vastly equipped in both Taiwan and USA locations.

LAUNCH COMPLEX
Also equipped with parts for two launch sites, the liftoff pads have varying capabilities depending on rocket size. Control panels will be spaced at safe distance from the launch rockets and towers.

ROCKET MOTORS
Highest reliability rocket motors are purchased from a reputable professional rocket motor corporation pre-made and ready for precision installation into rockets at the time of launch. A total of fourteen rocket motors are now within Space1 inventory.

These will be used for primary launches and rocket tests. Four motors in the engine lot are the most powerful ever purchased and just within affordable means at this time.

These motors require lead delivery times and special shipment procedures, and will produce the highest rocket thrust and space altitudes ever reached by Space1's fleet of rockets.

Under consideration now is the increase of rocket penetration into space by the addition of thruster boosters, that not only extend space flight duration, but offer more space tourism during the mission.

LINKS
Space1 Web Content Links in January 2015
http://humanoidolabs.blogspot.com/2015/01/space1-links-in-january-2015.html

Space1 Living Rocket Invention

Thinking machines are frightening to some people

SPACE1 LIVING ROCKET INVENTION
It was a series of evolutionary Space1 steps with the implantation of small and minuscule modular machine thinking life form nodes into rockets. As these nodes were spatially integrated and intellectually distributed, they evolved to become a connective part of a new type of rocket, making the rocket a living rocket, a living life form.

Astronaut safety

It's the contents of the rocket that give it life, bringing it to a cognitive thinking status, bred with a purpose in life, to protect its cargo and occupants.

Living Rockets have special designs with special materials for light weight and integration into the parts of the rocket itself.

The nosecone becomes intelligent, and the walls of the rocket have purpose, while the capsule and cockpit can think and command, the fins have power energy distribution to the though processes, where the instruments are for talking to command, control, and communicate, the C3 system initiated by Space1's space program.

"the goal is to lessen the distance between imagination and what you can accomplish" -- Humanoido

Saving the lives of space scientists

Living Rockets are a very serious addition to space exploration and the development of space program. If the world had living space safety rockets from the beginning of the space program, the lives of all the people shown in the illustration could be spared. You are number 7 highlighted.

Space1 Safety Rocket Stops Danger

SPACE1 SAFETY ROCKET STOPS DANGER TO ASTRONAUTS
Space1 has invented the Assurance Safety Rocket ASR to prevent harm to astronauts. Crashes with loss of life like the Virgin Galactic crash seen below will become a thing of the past.

According to news sources, on Oct. 31, 2014, the space company Virgin Galactic suffered a serious tragedy - an accident and a great loss during its SpaceShipTwo test flight, resulting in a crash (see photo), loss of the rocket and loss of life. Michael Alsbury, the copilot, died in the crash, while pilot Peter Siebold suffered major injuries.



How can we end the loss of life which has occurred numerous times within the space program and it's development since the beginning in the 1950s? In over 70 years, mankind did not invent a safe way to travel in space or safely run tests on the ground! Now, these days are over, according to Space1's Founder, CEO, Rocket Scientist and inventor of the Space1 Safety Rocket.

Space1 venture has vowed not to let catastrophes happen to its astronauts and tourists by inventing the Assurance Safety Rocket. The ASR can preserve the lives of astronauts and space tourists during rocket tourism travel.

— Space1 is committed to a 100% human safety record —

Space1 has worked over one year developing the ASR rocket in a vehicle program designed to assure astronaut safety. It represents the design, testing and evolution of fourteen safety rockets. The astronaut is completely insulated from the rocket in a way that preserves the frailty and integrity of human life.

How It's Done
The rocket science of Space1 has new high tech materials and inventions, for the first time that are designed solely for safety of the astronauts and rocket tourists. Safe space is their motto.

Since before the founding of tourism space company Space1, much thought went into safety and what methods could be designed and implemented to assure a completely safe experience for rocket tourists during the journey. The work of Space1 will continue to make space safe. 

— Space1: safe space —

ABOUT SPACE1
Space1 is an innovative startup space tourism rocket company that was founded in January of 2014. The Founder, CEO and rocket scientist of Space1 is the inventor of the Safety Rocket and technology materials designed to keep its astronauts and space tourists alive and safe during flight in the event of an anomaly. Space1 is promoting its rocket spaceports and space tourism throughout the world. For more information about Space1, follow the extent of over 60 web pages at http://humanoidolabs.blogspot.tw/2015/01/space1-links-in-january-2015.html

ABOUT LIFE
Life and Death
http://humanoidolabs.blogspot.tw/2013/06/life-and-death.html 
Dead or Alive
http://www.deadoraliveinfo.com/ 
Establishing Life
SEED Supercomputer Part 1
SEED Supercomputer Part 2 
Tiny Life
Tiny AI Artificial Intelligence Software 
How to Make Life
How to Make Life in the Universe

Space1 South Korea Rocket SpacePort

South Korea Map: location of rocket spaceport

ROCKET SPACE TOURISM
SPACE1 SOUTH KOREA
ROCKET SPACEPORT

BREAKING NEWS

Seoul districts South Korea

This weekend (Saturday and Sunday January 10th and 11th, 2015), a new rocket spaceport was established in South Korea, for peaceful space tourism and safe, scientific exploration of space.

The Space1 Rocket SpacePort is founded by Dara 지혜, 한국어 지혜 연구소 hangug-eo jihye yeonguso, of Space1's Korean Wisdom Lab. Dara is the Chief Korean Scientist, the Korean Conceptual Design Director and the Chief of Operations of the Wisdom Lab and SpacePort.

Seoul - is it too crowded for a spaceport?

— Space1 is a peaceful spacefaring company developing the safety rocket for space tourism, so anyone regardless of status can go into space —

For weeks, Dara and CEO/Founder of Space1 hammered out details of an exciting new space rocket launching port for space tourism, a spaceport, as a place to shoot off and fire Space1's rockets, lofting humans into space and making a new presence within the Asian arena, the side of the world near Japan, see map. The new Rocket SpacePort in South Korea is the third rocket spaceport opened by Space1 with an expansion internationally for space tourism. It's preceded by two other spaceports, one in the USA and one in Taiwan.

The Korean SpacePort is very convenient. As envisioned, an international traveler can fly in to the Korean International Airport, take the Airport Shuttle, taxi to their short term space apartment, check in, have breakfast, rest, take equipment and proceed to the designated launch area by Subway Train. Once arrived, they perform the necessary setup and equipment calibrations, and the countdown will begin to rocket into space. After experiencing space flight and the marvels of space tourism, the astronaut will undergo a rest period at the space apartment and return home.

The exact location of all spaceports cannot be revealed at this time for security reasons. Business negotiations are underway to open additional international spaceports in 2015. For more information, contact Space1 Headquarters.

Space1 Milestone Safety Rocket

Rocket Space Tourism
SPACE1 MILESTONE ROCKET

Space1 has invented the Milestone Safety Rocket, a compendium of all the best rocket features from the results of all the previous rockets.

The MSR is the 15th rocket developed by Space1 and is an ALV Astronaut Launch Vehicle designed to loft an astronaut into space tourism domain for tourism space flight, and return the astronaut safely to the Earth after the mission is completed. The MSR is the first new rocket of 2015 and the fifteenth designed safety rocket.

MSR is designed to function with the new Multi-D, the supporting Space Station, and have the potential to loft a space plane return vehicle under glider control. Key features include an equipment package, on-board flight computer, sensor array, internal and external flight recorders, a luxurious cabin space capsule interior with picture windows, and stowage.

MSR includes a special designed atomic platform that sub-recoils to subdue maximum G force during the flight. The Atomic G-Force Absorber invention, AGA, has multiple implements depending on the type of mission.

Space1 Rockets
SpaceOne Intl Rocket
http://humanoidolabs.blogspot.tw/2014/03/spaceone-intl-rocket.html
SpaceOne Striated Rocket Casing
http://humanoidolabs.blogspot.tw/2014/03/spaceone-striated-rocket-casing.html
SpaceOne Unveils Space Rocket
http://humanoidolabs.blogspot.tw/2014/04/spaceone-unveils-space-rocket.html
SpaceOne Safety Rocket Invention
http://humanoidolabs.blogspot.tw/2014/04/safety-rocket-invention.html
Space1 Rockets
http://humanoidolabs.blogspot.tw/2014/06/space1-rockets.html
Momentum Rocket
http://humanoidolabs.blogspot.tw/2014/06/momentum-rocket.html
Space1 Milestone Safety Rocket
http://humanoidolabs.blogspot.tw/2015/01/space1-milestone-safety-rocket.html

Space1 Magazine Issue 2

SPACE1 MAGAZINE ISSUE 2
Space1 is making it possible for you to go into space, safely, conveniently, and inexpensively with new ultra technology. Along with milestones of sending our first astronaut into space, creating a fleet of rockets, and developing our own space plane and space station, Space1 is creating spectacular issues of a new Magazine, detailing its space program systems!

The next new addition of Space1 magazine, issue #2, is finished and in the proofreading stage. Issue #1 was finished early before the completion target date, before the end of April.

These issues each cover 4 months of time. The first is January through April and issue 2 covers May through August. Issue #2 is ahead of schedule and is the most fantastic issue with its incredible space program secrets about rockets, space stations, and space planes.

No magazine issues exist before January of 2014 because Space1 did not exist prior to that date. (Space1 was founded January 2014)

Each magazine has a very comprehensive index to all articles. Thus far, the indices and magazines, which contain many space program company trade secrets intended for in-house use, are not released to the general public. However, stay tuned to this blog as exciting new approved material is made available for viewing.

Space1 has already released key information from issue #1 about the Referential Time Machine RTM invention. Astronauts will be able to experience time variations for speed up time, slow it down, and freeze it under special conditions. Example time machine links are below.

SPACE1 TIME MACHINE LINKS
http://humanoidolabs.blogspot.tw/2014/04/spaceone-referential-time-travel.html

http://humanoidolabs.blogspot.tw/2014/04/configuring-spaceone-time-travel-machine.html

http://humanoidolabs.blogspot.tw/2014/04/elements-of-spaceone-time-travel-machine.html

http://humanoidolabs.blogspot.tw/2014/05/space1-update.html

After Space1 launches its first space tourist, it's possible versions of the magazine will be available in some particular format.

PAGES IN EACH ISSUE
Issue 1 - 41 Pages
Issue 2 - 50 Pages

Space1 Update 2014

SPACE1 UPDATE 2014

MAY 2014
Space1 has come a long way since it debuted in January of this year. 

The space tourist program has just completed a new rocket design which is the lightest thus far, enabling 8 astronauts for each level in the space capsule. With up to 3 levels, this rocket can launch up to 24 astronauts with a heavy lift motor.

Several very significant spinoffs have resulted, in particular, the RTM Referential Time Machine. It was discovered this machine can alter rocket time flow in three ways, slow down, speed up, or stop. Rocket scientists are currently studying applications for stopping time.

The next new tri annual addition of Space1 magazine is in the works. Issue #1 is completed. These each cover 4 months of time. The first is January through April and issue 2 will cover May through August.

Big Brain Designs Outpost in Space

A tiny space shuttle and outpost in space

OUTPOST IN SPACE, MICRO SHUTTLE

BIG BRAIN SPACE PROGRAM DESIGNS - EARTH TO MOON AND IN BETWEEN

The Ultra Space Administration, conducted by the Big Brain Machine and Humanoido Labs, adds more designs to the construction of a tiny space shuttle.

The newest addition is a small outpost in space that can serve the small shuttle. Thus far, the actual projects are a one man vehicle and a one man outpost in space.

The budget program puts all the eggs in one basket for rock bottom space program pricing that can be quickly assembled and operated by a minimal team with minimal hardware by private industry.

The outpost in space project is a one man astronaut space station, complete with enough resources for a one week human stay. It includes docking, one habitat canister, solar panel, food, water, protects the occupant from solar and cosmic radiation, orientation propellant, space toilet, lighting and thermal control, one space suit, and a service area which doubles as an experiment bay.

Docking is provided to the micro shuttle and the space outpost with airlock transfer ability. The airlock shield and transfer pump allows air to be pumped out into air tanks so no air is wasted in the event of an astronaut pickup, spacewalk repair or robotic retrieval.

Optionally in place of a human, a humanoid robot could pilot the micro shuttle and visit the outpost in space for other services such as automatic supply, observation and reconnoitering, and extended presence stays where food and water are not consumed by the machine intelligence. It these cases, humanoids can subsist off the solar panel power grid and remain in space for very long periods of time. The actual sizes of the micro shuttle and the outpost in space are much smaller than depicted.

Classified Leaked Documents - Rocket Crew Compartment

CLASSIFIED LEAKED DOCUMENTS FROM THE MICRO SPACE PROGRAM 

INSECT ASTRONAUT ROCKET CREW COMPARTMENT
DINKY LEAKS FROM THE MICRO SPACE PROGRAM

The classified design for the G-Force cushioning shock absorbers in the Micro Space Rocket for insect astronauts is dinky leaked to the public.

The spring action of the cotton wad located below the crew floor is the secret key mechanism to enabling a less stressful rocket flight for the insect astronaut inhabitants and ensuring their survival during heavy G forces. The cabin design for rapid in and extrusion plus periods of weightless at the zero-g moment ensures a protective capsule environment for occupants. The structure is zero cost, made from common household items, and easily replaceable if damaged during use. Not shown is an added shock absorber at the top of the crew capsule compartment. Some experiments had side wall shock absorbers as well although these were primarily for the tumbling during the return flight. The vertical scale line at left in the design drawing, with end arrows, is indicative of a distance of about 3-inches. Not shown is the vertical insertion fuel rod or gantry extension. Also not shown is the flexible fuel containment for deployment. The MSR was improved at three levels.

Next Human Launch into Near Space

Tiny Near Space telescope is inside the bag

BIG BRAIN'S EXPLORATION OF THE CONTINUING FRONTIER
NEXT HUMAN NEAR SPACE LAUNCH
Last time, the Big Brain Machine Initiative successfully launched and recovered an astronaut into Near Space on Sunday, February 3rd, 2013. That flight produced a successful study of fourteen Strata Layers beyond the Earth, journeyed to the fringes of space, set new records, and completed a space port view progression. Now we are once again about to depart into the frontier of Near Space and explore its domain.

http://humanoidolabs.blogspot.tw/2013/02/near-space-flight.html

The Big Brain is a Propeller powered semi-cognizant machine with a space program and a Prime Directive.

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


This time, launch conditions predicted by local weather sources are favorable 50/50 sun/rain. Either way, the launch will take place as the spacecraft will rise above the weather front to the crystal clear frontier.

This time, we're taking up a tiny space telescope, which is small enough to fit in the illustrated bag.

Most records in this Near Space space program, over the past years of exploration, have reached limits, in terms of the analysis of collected data, for maximum spacecraft height reached, coldest temperature on record, consecutive strata layering, launch and reentering vectoring, relative speeds of travel, and numerous parameters for a sub orbital flight. It's unknown if any TSATS will be released.

TSAT Temporary Satellite Invention
http://humanoidolabs.blogspot.tw/2012/12/temporary-satellite-tsat.html

December 8th, 2012 Space Launch
http://humanoidolabs.blogspot.tw/2012/12/december-space-launch-2.html
This space journey will ramp up with the introduction of two flights separated by a minimum of one day between each launch and reentry. This will be day, night, or both day /night launch/recoveries.

Space Launch One
http://humanoidolabs.blogspot.tw/2012/12/first-december-space-launch-one.html

This time, we will look for evidence Near Space phenomenon out of the ordinary, test elements of the space craft, and test an in flight astronomy program for celestial observations either daytime or night time or both.

October 12th, 2012 Human Journey into Near Space
http://humanoidolabs.blogspot.tw/2012/10/journey-into-next-space.html

Types of Space
http://humanoidolabs.blogspot.tw/2012/10/types-of-space.html