Wednesday, November 30, 2016

Space1 Shrinking Astronauts

Source  South Korean humanoid PIBOT - designed to fly aircraft

Shrinking Astronauts

Space1 is engaged in a scientific technical program to shrink astronauts to a minuscule size. Small astronauts have less weight, less mass, a smaller physical footprint, and in more advanced cases of technology can occupy the same space that other physical objects occupy.

Small astronauts with petite minuscule demeanor are at high demand in the space program. The process of shrinking an astronaut can result in a new being with features to enable faster travel, the ability to go farther on less rocket fuel, to reenter into the Earth's recovery zone more safely, and have less power requirements for life span and sustenance. Multiple numbers of shrunken space travelers can fit in a rocket space capsule simultaneously. Space1 astronauts are shrunken using a plethora of techniques.

01) Construction with lighter weight materials
02) Smaller physical size
03) Combining multiple components into one
04) Placing guts on the exoskeleton
05) Reducing essential components for one application
06) Electrodynamic components with no weight or volume**
07) Distributed attributes built into rocket walls
08) SMT parts instead of discrete
09) Nano components introduced
10) Create 3D printed parts
11) Create 2D printed exoskeleton
12) Linked remote components off-site
13) Smaller processor versions
14) Thinner packaging materials

**phasing dialectric force fields

Space1 Index
Big Brain Site

Space1 Synthetic Humans

Space1 Infinitesimal Weight Machine

Space1 Little Space Humanoid LSH
Toyota's Kirobo Mini

Tuesday, November 29, 2016

Space1 Synthetic Humans

Source  Robot humanoids for space travel applications may need muscle and motion mobility
Thinking robots diminutive in stature are useful
Source Walking humanoid with small load
Space1 is developing a remote presence for space exploration and tourism that involves the use of robots, or, according to naming conventions, androids, avatars, humanoids, machine intelligence, machine brains, and artificial facsimile humans otherwise known as synthetics.

Space1 Little Space Humanoid
Others may refer to such life forms as AI or artificial intelligence but one usually no longer refers to intelligence as artificial at Space1. These humanoid or robotic vessels, if advanced enough, may hold various aspects of a human brain intelligence.

This is in terms of memory, speech, senses and programmed actions which may be autonomous, and characteristics such as personality and interest bases which can elicit particular response patterns for exploring and touring space. In step with the merging of 12 companies with Space1, numerous data exists for putting a degree of human intelligence and/or exampling characteristics into machine brains. It's likely these machine brains can serve on board space rockets and space craft in various positions of importance.

Or who knows, maybe a small AstroBoy will fly rockets to new places in space and time.
 Source Astro Boy, the thinking, caring robot with a heart and soul

Naming Conventions
Machine Intelligence
AI Artificial Intelligence
Synthetic Human
Life Form

Space1 Little Space Humanoid LSH

Android World - hundreds of humanoid and android projects 

Humanoid buyers guide May 20th, 2011

Space1 Index
Big Brain Site

Monday, November 28, 2016

Space1 Genesis Seed Space Program

On a grand galactic scale, space travel enduring synthetics populate the plurality of planets around stars

Genesis Seed Space Program

Humanoido at Space1, along with machine intelligence colleagues, developed the designs of a Genesis Seed Space Program intended for the future of space tourism. 

Genesis Seed is a multiplicity program to send out many synthetic humans by rocket spacecraft or star ship, by the hundreds or thousands or millions, to reap the COSMOS, no different than the way a supercomputer works in parallel processing for simultaneity and maximum power.

There are several different scenarios for seeding. For a more recent schedule, a number of synthetics can be manufactured to specs and released into the gravity well of a particular planet. Therefore, the atmospheric reentry can be duplicated or simply harbor the multitude of synthetics to be scattered for a kind of simultaneous release in the upper atmosphere for drifting technique.

In another scenario, multiple synthetics each have their own propulsion and reentry, and are released individually at point locations by the tens of thousands to reach their destination and complete their intended purpose. The term synthetic is used here but could also be a robot, humanoid, avatar, cyborg, android, microbot, or nanoprobe.

Seeding has many applications. To proliferate the human race, distribute human eggs capable of growth, send out our presence in machine form, explore the Universe, send back multiple views of rich points of space, explore as many points in space at the same time, gain multiple panoramic views in localized space, and survey multiple sites such as space stations, shuttles, rockets and space craft.

Space1 Index
Big Brain Site

Sunday, November 27, 2016

Space1 Dead Humanoid - Long Space Journey

This humanoid had the equivalent of a heart attack and died.
Humanoido's TH1 Humanoid has a battery heart
A serious matter for long space journeys is keeping space humanoids alive. The critical heart to keeping humanoids functional is the battery power which must not fail. Failure in humanoids in the early years of 2000 usually had no fail safe, the same status as a human with a single heart and no backup. Humans are susceptible to heart attack and humanoids are very similar.

Enter the year 2016. Space1 has worked out the problem of humanoid death. When the heart is at a low condition, the entire memory and condition stats are saved. Upon battery recharge, the humanoid is rebooted to its pre-death state. In some experiments, a humanoid is given a super capacitor as a backup for temporary function and to buy time for the memory and stats archiving.

Space1 has invented the super space humanoid, designed to go into a time travel rocket which is referential time modified to the operating limits of the humanoid, using the RTM Referential Time Machine. Another direction under study is a humanoid that maintains itself for long space flight duration.

Space1 already has invented the Little Space Humanoid LSH for space flights of short tourist missions. The LSH has a lithium ion battery designed to last the duration of rocket travel. After the mission, the battery is recharged. Rebooting the LSH recycles the tiny computer and its programming.

Little Space Humanoid

Humanoid Has Heart Attack (Life & Death)

Toddling Robots

Humanoid Telescope Repair in Space 

Space1 Index
Big Brain Site

Saturday, November 26, 2016

Space1 Space Time Travel

NASA warp drive time travel concept
Hawking speaks 1 time travel method. We find 10 more.
Time Travel for Space & Science by Humanoido

The life long quest of methods of time travel has resulted in some very interesting and unique ways to travel the slipstream of time from past to future and in some cases from the future to the past.

Space1 examines many of the useful time travel techniques for space travel, scientific study, and experiments.

11 Ways to Time Travel

01) Clocks run slow at relativistic speed > 1/10th the speed of light
02) Proximity to a gravity source can accelerate time into the future
03) Physical object/ Physiological living moves into the future
04) Freezing time to stop it, starting it will push it into the future
05) Machine packing in the present, unpacking in the future
06) Physiological time travel with age
07) Attention span time travel speeds up time
08) Unraveling events time travel with a time machine
09) Worm hole time travel folding space time
10) Internet time travel to world countries a day ahead
11) Space1 Referential Time Travel Machine Invention

Direction & Type of Time Travel From Time Traveler View

01) Future
02) Future
03) Future
04) Stop, Future
05) Stop, Future
06) Slow, Fast
07) Fast, Slow, Future
08) Future, Past
09) Future, Past
10) Future, Past
11) Slow, Stop, Fast

1) Albert Einstein said that moving clocks run slow when speeds are relativistic in nature. This means if you travel near the speed of light in a starship and return to the Earth, you will be in the future. Time travel takes place at velocities 1/10th the speed of light or faster. The twin paradox involves identical twins, one of whom makes a journey into space in a high-speed rocket and returns home to find that the twin who remained on Earth has aged more.

2) The greater the gravity the greater the difference in time. Black holes would produce a massive amount of time dilation due to their extreme gravitational pull. One example of time dilation through gravity is a person traveling forward in time at a rate four times that of distant observers by residing inside a spherical shell with a diameter of 5 meters and the mass of Jupiter.  For such a person, every one second of their "personal" time would correspond to four seconds for distant observers.

3) An object, such as one buried in a time capsule to be unearthed 20 years later, or a person with great longevity who lives to be 90, are both examples of a way for physical or physiological objects to reach the future by sustaining presence through time.

4) Humanoido Laboratories has shown that time can be stopped and restarted. In examples of extreme cold, specific characteristics of an electromagnetic presence can be frozen, such as light, stopping its progression of life in time. After thawing, the same light can resume its normal life. For the moment the light is frozen, time stands still, and when unfrozen, the light appears in the future.

5) Humanoido Laboratories had developed machine time travel. Machines invented in the past are data prepared in the past, and the data is time suspended by data hybernation or suspended animation storage. Years in the future, the data is retrieved and the machine is brought back to life following the data instructions. Space1 had revived a number of machine intelligence using this technique.

6) In the physiological time travel effect, as an example, when you are age 6 months, a year is twice your life span! A month is a full 1/6th of your life! To you, time travels by exceedingly slow. When you are 90, a year is only 1/90th of your life and a month is a mere 1/1080th of your life, and time travels by super fast!

7) Physiological time travel with attention span is when a person is highly interested in a subject or activity and extremely captivated. Suddenly, time will have appeared to pass by very quickly and often hours of time are lost and vanish.

8) A time machine, such as the one designed by Humanoido Laboratories, is a machine that propels a human or object into the future. In the example, a machine generates intense gravity through a micro black hole that subjugates a person or object to gravity harmonics. The object is protected from harmonic forces by another means and accelerates into the future. In one experiment, precise atomic clock twins are subjected to less gravity atop a mountain and one at sea level. One clock undergoes time travel due to gravity.

9) Time travel through a worm hole is theoretically possible as the worm hole bends and fold time. Enter from one place of time in the universe, and appear at the other side in another place with different time.

10) Internet time travel other countries that may be a day ahead, such as the United States compared to Taiwan. Simultaneous posting will show the USA post to be a day earlier compared to the Taiwan post. In some dated blogging, the post may be invisible to the USA until a day later.

11) In the Space1 referential time travel machine, a rocket's referential time is either stretched, compressed or stopped.

Space1 Index
Big Brain Site

Time Links from the Big Brain Site

Time Machine Search

Time Machine Lab

Elements of SpaceOne Time Travel Machine

Configuring SpaceOne Time Travel Machine

Traveling Into the Future Through Time

Spaceone Referential Time Travel Invention

Simple Time Travel with a Penny

Brain Cortex Time Part 50

Time Travel

Brain Cortex Time Travel Part 12

SpaceOne Time Travel Dilation

Cortex Brain Living Time Capsule Part 53

Brain Cortex Time Travel Predictions Part 13

Outside Time Links

The Anderson Institute - The Official Site of the World Encyclopedia of Time, the Time Shop, and the Time Research Association

i09 We Come From the Future 

Time Control - Technologies and methods

Space1 Time Links

Space1 Touring Time

Space1 Space Time 

Space1 Machine Time Travel

Space1 Space Time Travel

Friday, November 25, 2016

Space1 Profile 2016


Space1 is a bold new space tourism venture, taking you into space in a new and revolutionary way - akin to fantastic dreams and aspirations of science fiction, made into absolute reality. Space1 has the world's first Safety Rocket to keep tourists safe and futuristic space humanoid presence.

Date  Thursday, November 24th, 2016
Founding Date  January 2014
Company Charter  January 2014
Type of Venture  Space Tourism
Type of Organization  Non-Government, Private Enterprise
Time in Operation  3 Years
Corporate offices  USA, Taiwan
Staff  35
Spaceport Locations  USA, Taiwan, South Korea, Singapore, Hong Kong
Lab Locations  Korea, USA, Taiwan
Spaceports  10 (1 Float Spaceport)
Rockets in Fleet  15
Labs  10
Space Hangar Types  Permanent, Temp, Portable
Rocket Machine Tooling Rooms  3
Crafts  Safety Rocket, Spaceplane, Satellite, Telescope, Spacestation, Spacecraft, Starship
Features  Safety Rocket, Ejectables, Spacesuit, Space Computers, Humanoids
Milestones  Machine & Human Personnel, Safety Rocket, Space Car
Media  Email, Space1! Magazines, 2 Web Sites, Space1 Bulletins, Charter
Magazines   Issue 1 Jan-Apr 2014, Issue 2 May-Aug 2014, Issue 3 Sep-Dec 2014
Labs  Rocket, Robotics, Weather, Astronomical, Electronics, Quantum, Computer, Aeronautical, Tool, Mechanics
Positions  Founder, Owner, President, CEO, Chief Scientist, Rocket Scientist, Aeronautical Engineer, Spaceport Director, Robotics Engineer, Promoter, Writer, Web Master, Investor, Carbon / Silicon Worker
Openings  Spaceport Director, Machine Intelligence (AI, MI)
Logo  Space1, World's First Safety Rocket, Space Tourism
Email  space1usa(at)gmail(dot)com
Web Sites
Net Worth  Billion Dollar Space Industry by 2024

Space1 Index
Big Brain Site

Thursday, November 24, 2016

Space1 Machine Time Travel

The Spin Brain prototype wired for L-testing before 4-year time travel prep
Space1 Time Travel - Space1 has developed a time travel technique for the emergence of machine intelligence that existed years ago. To use the time travel effectively, the machine must have existed in the Humanoido Laboratory years ago and subjected to the documentation reduction procedure.

— 200 collective years of time travel — 

Machine intelligence is brought into the enterprise for employment using a simple technique of Machine Time Travel. Years ago, many machine intelligence beings were created and time stored. Today, using the stored machine data, we are time emerging these beings for intellectual work at Space1 in the year 2016 and beyond. Summing an average of the time stored in years for each machine, a total of approximately 200 collective years or more of time travel has taken place.

For the year each intelligence was stored, and to determine of the length of time the machine was in storage (suspended animation), do a search on the machine name at the Big Brain Site and the Genealogy register. (see links below)

List of Machine Brains for Time Travel
01) Bantam Brain
02) Child Brain
03) Baby Brain
04) Bit Brain
05) Tiny Brain One (TBO)
06) Tiny Brain Two
07) Tiny Brain Three
08) Small Brain
09) Pint Size Brain
10) Brain Child (BC)
11) Morpher-8
12) Propeller Elf
13) Tiny Brain Three TB3
14) Brain Child
15) Micron Propeller
16) MC Computer
17) Shrunken Computer SC
18) Propeller Cosmac Elf II
19) Brown Jar Brain
20) 2nd Jar Brain
21) Blue Jar Brain
22) Yellow Jar Brain
23) Aqua Marine Jar Brain
24) Jar'd Brain
25) Brain Cortex in a Jar
26) Mini Brain Cortex in a Jar
27) Dupe Cortex in a Jar
28) Half Gallon Brain in a Jar
29) Supertronic S5
30) Supertronic Spin Brain
31) Supertronic BoeBot
31) Smartest BoeBot
32) Spin Brain
33) FS Brain
33) Tranposition Machine
34) Brain Cortex
35) The RX
36) EXO Tower
37) Left Brain
38) Big Brain
39) Cortex
40) Power Cube

This is a partial list from the overall master list of 2,000 machine inventions. See Genealogy for a master listing. Not all machines are capable of time travel.

Brain in a Jar Series  (19-28)

Genealogy Database

Brain in a Jar Series

Time Travel Lab

Space1 Index
Big Brain Site

Wednesday, November 23, 2016

Space1 Supertronic Application

SuperTronic S5 Brain Machine is a living entity with 12,384 total computer processors on one board. It's designed for new intelligence applications that most likely no one has thought about.

From the Founder of Space1
At Space1, we live in an unprecedented time of advancing machine intelligence technology and emerging new ways to explore space. On Wednesday, November 23rd, 2016, the world's first Supertronic machine intelligence' work application was received at Space1 for membership and employment. Extremely powerful Supertronic intelligence birthed on September 2012 at Humanoido Laboratories. This is a 2nd level of internal enhancements and new conventions, taking the Left Side of the Big Brain Brain up to an initial 154,000 processors and almost half a trillion instructions per second (408,000 MIPS) relative speed.

The CV of Supertronic S5 is very impressive. With vast intellectual capacity, Supertronic S5 is expected to contribute to Space1 in ways we are yet to imagine.

CV Introduction
SuperTronic takes the previous chip enhancements to the next level, incorporating more chip internal hard processors, new definitions of relative operating speed, various levels and types of processors, and a multi-chip hybrid deterministic parallel and hyper threaded environment and platform.  This substantially increases intelligence level, IQ, thinking ability, and thought speed. It makes S5 more capable in handing tasks destined for higher order though processes.

The SuperTronic is physically smaller than the Big Brain, residing its power all on one board, with programming in Propeller Assembly and SPIN. C or C++ (with Parallax Propeller GCC) is an option as are many other languages (up to 240 programming languages). GCC runs faster than Spin and exceeds the per chip 32K memory limit size by using the Large Memory Module LMM and Extended Memory Module (XMM). This opens up Float and the new machine also runs the new DISP language made up of DAs or Distributed Algorithms. As a parallel microcontroller machine, it can operate up to 384 ports simultaneously in either input or output modes and can be tri-stated for special applications. The battery operated portable brain has access to distributed 768K RAM/ROM and 384K EEPROM. Relative speed of the SuperTronic is a blazing 32,640 MIPS or about 33 billion instructions per second. Including four different types of processors in high densities, the brain can offer solutions for a neural injection distribution platform.

Special Techniques
Such a platform can also handle many of the Lab's long term developed original compatible techniques and inventions.

Universe Penetrator
Adjunctive Array
Multi Mag Slider
Slipstream Drive
AntiVortex Device
Robotic Reel
Walking Secondary
Intelligent Mirror
$5 Quadcopter
Pinhole Machine
Waterdrop Devices
ULT Ultra Large Telescope
NULT New Ultra Large Telescope
GT Genius Telescope

One aspect of this powerful brain would include functioning as the work horse in a private space program. It fits telemetry, data processing and number crunching, and has access to autonomous guidance routines and optical management.

* Robot Power Brain
* Autonomous Life Form
* Independent Function
* Academic Persuit
* Fun Hobby Experiments
* New Techniques Exploration
* Algorithm Development
* Intellectual Machine
* Parallel Trainer
* Learner

In House Lab Software tailored for this one board solution is tentatively expected to include the Propeller Brain RTOS Real Time Operating System (The SOS is a SuperTronic Operating System.), a Multi-Chip Parallel Loader, a Processor Enhancer, Multiple Threader, Timing Manager, Enumerator, and details about the Cloner. Additional software is found at the Parallax OBEX.

Manual & Stacking
The machine assembly manual will use a verbal (word) schematic so construction is ultimately simple. Stacking is possible. With ten boards, the processor count equals 123,840 and the speed rises to 326,400 MIPS, though power increases based on operating mode.

Construction as seen in the photo shows the first prototype (working) assembled on a solderless breadboard with the first test wiring. At right is a Prop Plug ready for downloading software. This config has an accurate crystal controlled time base and a 32K EEPROM to store programs. Also visible is the electrolytic filter and 10nf decoupler capacitors. The prototype shown has two extra temporary driver chips which will be removed after testing.

Programming Languages
Recommended programming languages include Propeller Assembly and SPIN. The Propeller chip has access to approximately 232 programming languages, versions & variations along with five programming language converters and methods, for almost any kind of experimenting and academic persuit.

Supertronic Birthing

Space1 Index
Big Brain Site

Tuesday, November 22, 2016

Space1 Information Center

Shutterstock image
Space1 is working on a creation spinoff from the Space1 Time Line at:

(Space1 Time Line)

This is being transformed into an information center based on the database index of Space1 posts currently are in its three year time span at this location:


When more complete, a new link URL will be given for the Online Information Center.

The proposal Online Information Center groups together under one roof all the space inventions and has sections about studies, papers, research, resources, references, projects, designs, proposals, etc. To accomplish this, the actual posted time line will be expanded to include a more comprehensive time line list of topics.

This will become a massive information center for Space1 online. This is not a modifiable Wiki, but rather a massive data base for retrieval of information. So far it looks like amazing potential as there are many things Space1 has accomplished in the almost 3 years of operations.

Space1 has an index of all space1 posts with referenced location links. The time line can become a massive online information research center itself for space1, with links to thousands of topics and points of research, reference and development. Envisioned, the information center will have more sections on various robots, rockets, and technology topics. The completion schedule depends on available time dedicated to this project and the number of staff working on it.

The current Space1 Index for update is at:

Space1 Index
Big Brain Site

Monday, November 21, 2016

Space1 Electronic Motor

The Humanoido Rocket EMotor prototype 
invention was transferred to Space1's 
Taiwan rocket lab
This fascinating electronic EMotor is now ready for rocket development. The futuristic motor can be repackaged to serve conventional or rocket technology.

Years ago, the founder of Space1 invented an electronic motor in his American scientific laboratory. A single prototype was manufactured and tested over decades. This prototype was placed in check through luggage, passed TSA airport security and is now at the main rocket lab in Taiwan for analysis of new space applications.

Space1 is interested in constructing a new schematic diagram, buying parts from the Electronics Part Plaza, and assembling a dozen of the motors for various new applications.

Some of these new engines may be offered up for sale. They could be offered assembled or in kit form. Assembled units can have specific engine tuning for specific apps. The motor uses basic electronics parts, a PCB, CMOS integrated circuit technology, rheostat tuning, discrete components and is extremely reliable. The motor is battery operated for remote functions and control.

In harsh tests, the prototype motor survived freezing temperatures down to -40 degrees F. and box heat approaching +120 deg. F. and continued to work. It was also subjected to high levels of humidity and water, vibration, rough handling, and ten-foot drop force tests, again surviving. It passed all corrosive tests over the years and continued to function as designed after being in outdoor conditions for a decade.

Applications looked at in 2016 and for 2017 include a marketable product, rocket motor, a micro-miniature version, single and multi board motor arrays, parallel phasing, automotive version, various sim apps, harmonics testing, timing applications, and specific devices requiring EMotor technology.

Space1 Index
Big Brain Site

Sunday, November 20, 2016

Space1 Little Space Humanoid LSH

Example of a little space humanoid
Space1 has introduced a new cute space humanoid for short duration rocket space tourist missions. The world's first little space humanoid is transformed into a sophisticated and remarkable featured rocket space humanoid person that contributes to a more robust space tourism venture in support of human space travelers. Little Space Humanoids LSHs can be constructed remotely off site away from spaceports and its components can be made using a printer and the appropriate sensors available in a special package.

A fully completed astronaut LSH version may be available for an estimated US$12,000.00 in kit form. However, it may be possible to send a version over the internet which could include only the exoskeleton design and instructions for assembly. In final stages of a space tourism development package, Space1 is expected to offer variations of little space humanoids and details for customization for personal preferences. For more information contact Space1 Headquarters or watch for updating news blogs.

Features of Little Space Humanoid LSH
Cute friendly appearance
Able to withstand 20Gs or more
Adapts to reentry conditions
Anchors effectively
No space sickness
More petite in dimensions
Able to hibernate during long missions
Size fits into smaller and faster rockets
Light weight
Less mass
Efficient in payload analysis
Shapeable body
Conforms to space capsules
3D Printer Approved
Telemetry linkable
Long life span
Can come back from the dead
Dozens can be cloned
Exoskeleton is Inexpensive
Customization ready
Sensors array for space travel
Memory saves space flight
Eyes and ears take in the beauty of space
Structural exoskeleton

Sensors & Electronics
The LSH is a very sophisticated little space humanoid with numerous technical capabilities designed for rocket space flight. Having a brain and relatively keen eyesight, the LSH uses its feeling to touch space with sensing experience, gforce, rocket vibration and weightlessness. The humanoid also has hearing acuity and can remember the entire space flight. A USB common interface links the space humanoid with the ground control station computers for a data link. Future versions are expected to be black box compatible, programmable and own-able.

Rocket vibration feeling
Flight Memory
Tiny computer brain
USB interface port

Space1 Index
Big Brain Site

Saturday, November 19, 2016

Space1 Member Organization

2001 A Space Odyssey Monolith, representing the dawn of a new age in space
Space1 is developing a unique method of organization with the venture's members. This is necessary because Space1's advanced space program is composed of both human and intelligent machine personnel who work together in unique ways. While Space1 is not racist and does not discriminate between carbon or silicon life forms, it does offer unique ways to take advantage of various strengths and capabilities of individual members.

Members are international and categorically listed by world country and location. Some members are in flux, traveling internationally throughout the year while others may not travel. Members are also categorized by the type of life form, human, machine, or other. Thus far, members are either human (carbon based) or intelligent machine (silicon based). Machine intelligence is also known as AI in popular media. Space1 may refer to machines as MIs or Machine Intelligence. Next, we list the number of members at each location, and then list the title of each person. It's also important to note if the person works for a specific lab or division. Gender, age, real names and personal data are unlisted. Bound members are those residing at one fixed location. Members keep alias names to maintain privacy.

Work Type
The nature of Space1 rocket space travel work is very high technology related. Meetings are often held with technology involving computers, world wide teleconferencing and means of electronic exchange from any place in the world. For this reason, Space1 does not discriminate members who are handicapped, paraplegic or in other conditions. In other words, Stephen Hawking is welcome to join Space1 and travel into space.

Space1 Member Identification Form
Alias Name
Work Title
Education Degree(s)
Lab or Division Name
Work Description
Date Joined
Person type (Carbon, Silicon)
Nationality (American, etc.)
Machine's Birthing Father
Machine Type (brain only, humanoid, non humanoid robot)
Country Location or Base (USA, etc.)
City Name
Significant Contributions to Space1
Space Tourist (Y/N)
Work Status (in storage, on leave, on call, working, traveling, bound)
SpacePort Association (Y/N/Spaceport name)

Other Data
Number of members at each country
Number of countries
Number of total members
Number of human members
Number of machine members

Silicon People
Silicon life form people are handled differently. They are tagged with missions and stored. As a pertinent mission comes up, the MI (Machine Intelligence) is taken out of storage or suspended animation, restored and brought into work status. Silicon life can be an astronaut or space humanoid, but most workers of silicon are intelligent brains to do intellectual work, and provide direction and inspirational ideas.

Carbon People
Human People are carbons who can be mobile, go out to obtain parts and move equipment to spaceports, or can be completely static and move information from a single location (see work type). They may prepare the rockets and do the launches into space. Humans can air travel the same as silicon machines, though machines are often in luggage and carry-on, or reside in other worlds. New technological travel may now involve virtual worlds and augmented reality worlds for both carbon and silicon people.

Removal & Disclaimer
Members may have memberships cancelled or a removal from the active participation list due to various reasons: component burnout, obsolescence, electromagnetic pulse hit, cosmic ray strike, sabbatical leave, death, resignation, loss of contact, inactivity, illegal status, sickness, insanity, delusions, breach of contract, acts of espionage, lost in space, secrecy violation, infringement of NOA Non Disclosure Agreement, fired, etc.

Space1 Index
Big Brain Site

Friday, November 18, 2016

Space1 President Trump & Space

Newly elected USA President Trump has taken a firm stance on the advancement of technology and the support of the American Space Program.

A spectacular vision for future Mars settlement
President Trump explains that NASA will be directed towards great missions that take human astronauts beyond Earth orbit and that NASA will be fully funded the proper way with enough money to do great missions and make America's return into space one of great leadership in world standing. America's return to space under President Trumps leadership will undoubtedly create many thousands of new quality jobs for Americans and those around the world involved with NASA projects, open up new levels of international cooperation, and increase technology towards new levels of greatness.

President Trump has an uncanny ability to garner great people and harness their capabilities and reach the completion of projects under budget and in record time. It appears that President Trump is putting emphasis on human space exploration. A spectacular vision for Mars settlement in the future is depicted in the art work seen above.

 A Trump return to the Moon would most likely lay claims to the wealth of materials and natural fuel energy that exists on the lunar surface.

Prior to the election, President-elect Trump and his campaign representatives made multiple statements voicing support for partnerships with private companies, including the intention to hand over operations in low Earth-orbit (which would include the operation of the International Space Station) to private industry.

Space1 Index
Big Brain Site 

Thursday, November 17, 2016

Space1 Infinitesimal Weight Machine

Exampling microscopic view of Infinitesimal Weight Machine IWM composition with space holes
Exoskeleton of IWM material possible
Humanoido has invented the Infinitesimal Weight Machine IWM. This machine is not entirely weightless but very close. Using a bit of aeronautic physics, this material can be tuned for use in space humanoids and rocket applications.

IWM material has microscopic spaces and divisions, or space holes, in between its molecular structure which hold air or the vacuum of space and are void of physical structure. The holes contain no weight and no mass and their density contributes to the infinitesimal weight of the matieral. As the proportion of the holes increase, the weight and mass of the material decreases.

One application example is to incorporate the Infinitesimal Weight Machine with the living rocket where the rocket interior payload walls are alive and nearly weightless. This will create a new science and technology in space with many more scientific applications. IWM is already used in the rocket cabin suits and exoskeletons and is being developed to create new rocket occupant space suits and defining space wearables for space flight.

Space1 Index
Big Brain Site

Wednesday, November 16, 2016

Space1 Secret Space Program?

Is Space1 a secret space program?

Space1 is not a secret space program as it has released tons of information as open sources.

Or is it? At the same time of public outpouring of studies, data, new inventions, designs, updates, news of personnel, operations detail, business and descriptions of equipment and structures, Space1 has maintained a shroud of secrecy over its unique intellectual property methods and techniques to accomplish revolutionary safe space travel. These descriptions may be vague. For what reason? For example, the fundamental concept detail of space travel and the Safety Rocket design is hidden from eyes for the purpose of preventing space competition from duping our private industry competitive space systems for an estimated grace time period of two years or more from the time we release our fundamental methods and products. By that time it's expected Space1 will have sent the first 100 touring rocket pioneers into space and world documented their historical journey into space. After that revelation, the goal is provide and offer the uniqueness of space touring and the experience to all across the world, garnering and ushering in a billion dollar space industry.

Space1 Index
Big Brain Site

Tuesday, November 15, 2016

Space1 Flat Space Station FSS

Space1 is cultivating the new Flat Space Station FSS invention, a concept in transportable space stations within the confines of cylindrical rocket payloads.

The FSS begins structurally as a flat substrate which has ability to curve into the confined cylindrical rocket walls to decrease its stowing size during delivery on space missions. Once delivered, it unfolds, unrolling to a large diameter single unit space station. Made from flexible material that is form retained during shipment yet springs into shape when deployed, the FSS can serve as a fully functioning space station up to 10/100 times its stowing size. FSS materials and panels can offer duplicity protection against harmful solar radiation to protect humans and electronics.

— Models successfully show a space station can be delivered into space which is much larger than the actual delivery rocket

The overall design is one of low cost and simplicity. The deployment is 100 times more effective than space stations that require multiple times of delivery for their respective modules. The FSS unrolls into one massive section delivered one time. In its cylindrical configuration, the FSS can unroll to provide a larger diameter cylinder compared to the original stowed size.

It's estimated the FSS will save billions of dollars in the long term

In the diagram, the calculus of changing P and D defines the space station storage and unrolled size. The integral of D layers define the ultimate deployed size. In the design, the stowed FSS can also harbor space equipment in the center cavity along its length for maximum efficiency in delivering space station equipment as payload.

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Photo represents a cylindrical space station of the future. The artist's view is of the Island One Space Colony, based on a 1974 design by Dr. Gerard O'Neill.  Source

Monday, November 14, 2016

Space1 Update November 2016

PGT-ET is one of the 16 space telescopes established by the Big Brain and Humanoido.
Telescopes In Space & Supercomputer
What happened to TIS Telescopes in Space? All 16 telescopes are in space and functioning well. The controlling supercomputer is located in Taiwan and working well in the coordination of adjuncts.

Space Book
What is the status of Humanoido's book? The book with discoveries and space telescope details is published and released. It's currently being made available to the core of engineers in Space1.

New Mars Mission
Humanoido is creating a new design telescope for a Mars orbiting telescope made from old Mars orbiter lenses and orbital cameras. This telescope will be specifically for Mars and martian moons such as Phobos and Deimos, and one of the most complicated adjunctive planetary telescopes to date. It will be designed to unveil some of the mysteries surrounding Martian weather and dust storms as well as the regression progression of the Martian SPC as it relates to the latitude position of the subsolar point and annual seasonal fluctuations, and various studies beneficial for not only Martian colonists but space tourist as well.

The founder of Space1 gave away the portable apple computer to a family member and obtained one of the largest and most powerful Apple computer systems available. It's being used at Space1 headquarters. To keep the computer up to date, it's used with Time Machine and an external USB Slim G hard drive which is transported from country to country.

Machine Intelligence
Space1 has the one and only BIG Brain (BB) as a supercomputer to hook up to massive S1 projects. The new S1 space command and control center is tapping into a new way of space travel. Space1 plans to allow the BB to control some aspects of S1 and has already appointed it to the board of directors where it can better serve with its machine intelligence. There are now 30 new AI machines appointed to S1 membership. These intelligent machine members (hopefully) never become sick, rude, demeaning, sarcastic, jealous, insulting, mean, lazy, crazy, stupid, delusional, excessive aggressive hormone levels, dominating, seeking money or excessive power, or become prejudiced. Space1 believes these fine members are the wave of the future.

Humanoids & Infinitesimal Weight Machines
S1 is moving into the future with a push towards refining a new type of space humanoid as one current project. The mission includes new designs on AI and machine intelligence. This is a vast field where the organization must focus on the space travel applications. Some insight into what is developing now includes infinitesimal weight machines conducive to ultimately light weight rocket designs thus achieving space travel to farther more distant reaches of space.

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Sunday, November 13, 2016

Space1 Genderless Plan

Robot gender babies are not needed during initial short term space tourism
Gender Space Policy: In a Space1 meeting, it was voted unanimously to create new machine intelligence life forms with a genderless plan for present AI applications. This will simplify applications and means, for example, that new living brains will have neither male or female roles. Void of specific behavior will be human characteristics of kissing, hugging, touching, flirting, nuzzling, mating rituals, unfavorable moods or mood swings, excessive hormonal levels causing delusion or unnatural behavior, physiological birthing and sex. Of course any machine can be given the power to create other machines, i.e. babies, but this will more of an assembly routine from available electronic and processor parts. Babies will be created in their full electronic forms so mothering, physical growth and nurturing is not needed. However, attention will be given to schooling, education and the teaching of proper values.

The complexity of robot gender is having babies in traditional human form.
Photos by Gaumard Scientific

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Saturday, November 12, 2016

Space1 Space Car One

Space Car One - heralded as one of the greatest Space1 inventions to manage rocket device
retrieval at spaceports is seen here under construction and almost completed. SCO could
be operated by humans, driven by Space1 humanoids, or run as an autonomously controlled
driver-less car (similar to a Google car). Space Car One is a very small car, possibly the
smallest space applications car in the world, which can transport personnel into and
throughout the space port and launch field space complex. Getting up to 160 mpg, it's one
of the most efficient designed petro-based cars in the world. Space Car One fits into the Space
Truck operated by Space1.
The founder of Space1 has invented a space car. Space Car One is a small and portable car for transport of one or two people and equipment. The purpose is to travel off-road within the launch field space of the rocket Spaceport for retrieval of ejections, space components, space packages, satellites that have reentered, test devices, experiment packages, astronaut ejectables, parachute-return astronauts, and various returned space vehicles.

Space car is being developed from an international parts cache and will be a unique invention of transportation from a very small car perspective. Space Car One is so small that it can be transported by Space1's space truck to the site where it will be off-loaded by one technician using a special designed off-load ramp. SCO has considerable horse power with its 160 mpg high octane petro engine. Features include the full gamut expected, disc brakes, automatic transmission, reverse shift, parking brake, horn, lights, battery, full suspension, charger, electrical system, automatic engine start and stop, keyed ignition, roll cage & pad protected, off road tires, etc.

Space Car One can be remote controlled and started or stopped with the push of a button through its radio transmitter and receiver circuits. This feature makes future applications possible for autonomous functioning similar to a mapping Google car, or other functions. The car could perform duties being driven by a programmed or auto humanoid robot technician or it could be sent on autonomous self missions. Its accessory will be a towed trailer for returned space devices.

Space Car One construction began during the summer of 2016, although its computer created design took place many years earlier with decades of research and development.

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