Monday, December 19, 2016

Space1 Humanoid Robot Website

Space1 has a greater humanoid presence in the space program which is now large and vast enough to warrant the founding of a new web site devoted specifically to humanoid robots.

At the time of introduction, I.sobot was in the Guinness book of world records for being the smallest bipedal mass produced humanoid robot. This robot was used in a Humanoido Laboratory experiment to exemplify the repair of a space telescope. This was the debut of humanoid robots as a forerunner in Space1.

Robonova was one of the first commercially available walking humanoid robots from Korea. JD is a newer and more advanced humanoid from Canada with advanced vision and face recognition. Each robot has its own strengths. The web site can cover many of these interesting and useful facets of humanoid robots. These robots, old and new, are a community which needs to be preserved and the web site is one way of contributing to this cause.

To get an idea of the power of these humanoids, the i-SOBOT walks, talks, dances, performs karate, does somersaults, does push-ups, duels, plays air guitar and does about 180 other preprogrammed individual movements. These movements can even be combined into 240 move sequences, it can respond to voice commands and for more fun can be controlled manually with the remote control. It's little wonder that i-SOBOT was outside practicing a space walk to repair a space telescope.

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Sunday, December 18, 2016

Space1 Humanoid Robots

JD humanoid robot
The presence of humanoid robots in space has numerous advantages. Space1 is increasing its humanoid robot presence within the space program.

What are the advantages of  having humanoids in space?

Humanoids can function in weightlessness or artificial gravity without motion sickness that human astronauts often have during space flights. Humanoids can better function in high G-force states during rocket liftoff, acceleration and reentry. There is no blackout period and there is no blood to rush away from the brain.

Humanoid don't eat crumbly food which goes weightless and floats around in the space cabin, which can be an accident waiting to happen if crumbs go into sensitive or vital equipment and cause failure. Humanoids can focus on the task at hand, and probably not spend too much time staring out of the window in emotional awe of space.

Humanoids may not need food or water, just a source of electricity, to charge batteries, which may come from solar panels in space. Humanoids can be programmed to handle the weightless disorientation of being in space where up may become down. Humanoids can nap and sleep very effectively to conserve energy and are not easily distracted. Humanoids can have a greater range of functioning over a wider temperature span.

Humanoids can handle space radiation better with a small amount of lead shielding over their circuits and prolonged exposure to radiation is not a problem with replacement of failing components. Humanoids can better handle the vacuum of space and don't need air to breathe.

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Thursday, December 15, 2016

Space1 Press Release

PRESS RELEASE January 1st, 2017  Space1 is a new private industry space program destined to take people into space for exciting and breathtaking tourism. The bold new surreal venture was founded by Humanoido in 2014 who is also the organizations rocket scientist and inventor of the World's First Safety Rocket. The Safety Rocket is designed to keep everyone safe during space flight tours. Everyone is welcome to tour easy space. Affordable. Simple. Easy. Space1 does not discriminate against age, race, size, weight, color, education, background or health. In the simple package, no training is needed to go into space. Space1 takes you into space in a new revolutionary pioneering way, akin to science fiction, but made into science fact. One may experience all the sights, sounds, and experiences from rocket flight. Space1's first adventures will offer short suborbital flights to experience: the views of the receding earth, safe G-forces of liftoff, weightlessness at highest altitude, and feelings of rocket vibration & parachute reentry. All time may be tempered by a special time machine to make the quick flight last longer. Our first space touring pioneers will go down in recorded history as the first to partake in this unique and prestigious elite space tourism venture towards the stars.

Space1 is a bold new space tourism venture, taking you into space in a new and revolutionary way - akin to dreams and aspirations of science fiction, made into reality. Space1 has the world's first Safety Rocket to protect tourists, and is developing humanoid presence in ways never dreamed possible.

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Monday, December 12, 2016

Space1 Companies Merged

Space1 World's first Safety Rocket A private industry space tourism company. Founded January 2014 by Humanoido (Founder/CEO/Rocket Scientist, and inventor of the world’s first safety rocket). By March 2015 the company spread internationally to six countries with eleven space ports. By January of 2017, S1 includes international spaceports, 15 rockets, a cache of rocket engines, staging craft, two rocket planes, expanding designs for a space suit, electronics telemetry, and many advanced technology machines, experiments and projects leading to space tourism. "Space1 is a bold new space tourism venture, taking you into space in a new and revolutionary way - akin to dreams and aspirations of science fiction made into reality. Space1 has the world's first Safety Rocket to keep space tourists safe, and has humanoid presence in ways never dreamed possible."
19 Companies Merged with Space1
With the merging of 19 high technology companies and numerous space laboratories, Space1 quickly became one of the world's most powerful and advanced private industry rocket space programs for space tourism.

Many people have asked regarding the wherabouts of Humanoido's companies, before, during and after the Big Brain machine transitional era. This is a review of multiple mergers.

Nineteen known Humanoido' companies are now merged with Space1 and have directly contributed to the establishment of all sixteen Power Telescopes, the Power Telescopes book, the extended set of Extreme Machines, advanced international laboratories, a Big Brain machine intelligence life form, and the rapid development and escalation of technology advancement in the S1 space program. A list of companies and a summary of their functions and contributions are presented below.

1 - MST - Micro Space Technologies
The first Micro Space Program
Micro Space Technologies releases its rocket space flight information and data from years of many spacecraft designs and space flights to Space1. MST launched the first life forms into space during 2010, performed experiments and developed micro craft.

2 - NST Next Space Technologies
Next Space Technologies provides space flights, vital space related information and space program test data, inclusive of various space devices, a very large space telescope and spaceflight mapping controls for the next level of space altitude research and space missions. NST was the first organization to employ Mega Projects to achieve manned Next Space altitudes to explore space and included paid rides on a space elevator and mega project to achieve a space mission experience in Next Space, above Mainland China. Photo shows a space view going upwards above Shanghai.

3 - Near Space Technologies
Near Space Technologies is providing information regarding its many contracted flights into near space and the development of equipment such as a space telescope and digital information flight navigation control system. NST set its own manned altitude records going many miles into space. 

4 - Big Brain (Intelligent Machine Life Form Initiative)

The Big Brain Initiative provides data from five years of space exploration, machine intelligence and microprocessor technology. Beginning the multi-processor projects in 2002, a handful of computing microprocessors grew into the current 240,000 machine processors and has achieved life and supercomputer status. The Big Brain was and still is the focus of space exploration and many projects of specific design and purpose. The Big Brain coauthored a scientific paper and was hired by Space1 Industries, a space tourism venture, in 2014.

5 - AI Supercomputer Center
The AI Supercomputer Center is providing and managing a massive digital Big Brain supercomputer with 240,000 processors, which is semi cognizant, for rocket flight simulations and management, power telescope control & management, and project designs. The Big Brain Supercomputer is a massive intellectual life form capable of performing thousands of tasks and jobs in fields of high technology, make discoveries, and explore the Universe leading to a greater cause.

6 - HRG Humanoid Robotics Group
HRG Humanoid Robotics Group develops humanoid helpers and provides large scale and advanced humanoids for space flight evaluation. Around 2005, HRG moved its headquarters to Asia for humanoid development. Two areas needing research and development are various energy sources and a big brain. HRG chose to develop the big brain which received the greatest attention at the Taiwan Robotics Expo in 2015 where every humanoid was lacking a big brain.

7 - HRL Humanoid Robotics Laboratory
HRL is a robotics laboratory developing humanoid helpers, artificial intelligence software, robot designs, autonomous systems, electronic speech, and humanoid kits. HRL exists in multiple countries across the world.

8 - O&O Observatory
O&O Observatory provides cutting edge technology in astronomy, AI machine intelligence, computer programming and computing, artificial life forms, thermodynamic equalizers, voice synthesis, speech recognition, construction of glass and alternate materials optics & electric grinding machines, telescopes,  ccd imaging, astronomical observing of phenomena and selected objects, cartography, mechanics, robotics, remote technologies, cyber space telescopes, observation techniques, OPTICS language invented, astronomical dome design & construction, and advanced observatory systems.

9 - United Humanoido Laboratories
Located Internationally across the world, United Humanoido Laboratories is dedicated to expanding and understanding the frontiers of cutting edge science and technology. It includes a large array of laboratories, each with a specific design purpose. For more information, refer to the link below with a labs list. The first lab was built in the 1950s. Labs were maintained and developed over a half century.

10 - DSC Deep Space Center
The DSC Deep Space Center is providing data, resources and space information. It controls tracking and guidance in deep space. Reviews include spacecraft and flight control panels and instrumentation derived from advanced space telescope systems. The DSC is the center for Telescope control, imaging, data management, archive, operations, exploring and making discoveries in deep space.

11 - USC Ultra Space Center
The ULTRA Space Center is a place where operations control the largest and most advanced Telescopes in the Big Brain Machine Initiative's arsenal. These are sixteen Power Telescopes. The new ULTRA Space Control Center GGT Division initially handled eight telescopes including the ULT, NULT, GT, PGT, MGT, PGT-ET, PDT and GGT.
Telescope Control System Bridge
Telescope Control System Wrap Around

12 - USA ULTRA Space Administration
The USA Ultra Space Administration offers its resources to SpaceOne, providing the international location, offices, equipment resources, parts supply, and access to the supercomputer and company support. Ultra space includes the ULTRA telescope and related projects.

13 - WRS Whisper Radio Station
Whisper Radio Station, maker of radio transmitters, has provided FM radio transmitters and electronics for use in transmitting rocket telemetry during spaceflight or range finding during recovery for Space1.

14 - STI Space Telescope Industries
Space Telescope Industries is supplying its own space telescopes, adjunctive components in space, and NASA partnered space technology worth about a trillion dollars. STI invents and designs the Adjunctive technology that makes power telescopes in space possible. It has invented a way to recycle NASA waste and obsolete parts into trillions of dollars worth of new equipment capable of making new discoveries and exploring space farther and deeper into space than anyone previously thought. STI is responsible for the development of some of the most innovative and unique telescopes ever created in history.

15 - Earth Control Center
A consortium to control, manage, observe and collect data about objects in space. Includes natural occurring objects and man-made objects, plus space craft, space stations, space devices, energy machines, and rockets from Space1.

16 - Big Brain & NASA Partnership
The Big Brain partnered with NASA to gain access to equipment in space for recycling. Taking advantage of recycling and inventing new methods, allowed for the creation of new telescopes in space. With access to a trillion dollars worth of parts, this opened up a new era and the path to immense discovery over a three to five year period.  

17 - OTM
All the technology garnered over 7 to 9 years involving the highest levels of developed astronomical space technology, activity, and techniques were passed over to Space1 in a company type merger. OTM, a technical publication distributed in 55 international countries, covers high technology software, hard core science, unusual experiments, hardware, observatories, telescopes, astronomical techniques, the Universe, celestial events, new discoveries, hands on DIY astronomy, astronomical imaging, Charge Coupled Devices, CCD cameras, and the equipment necessary to perform precision work. Spotlighting leaders in the field, demonstrating new cutting edge technology, and reviewing vendor equipment.

18 - Rocket Development Technologies RDT
RDT began before the early shuttle test era and included the materials purchasing, funding, design, construction, testing, and rocket launches over a period of several decades. Design and construction also included electrical rocket launch towers. Successful projects included CAM rockets, multiple staging rockets, rocket tracking, multiple motor rockets, payload rockets, and scale rockets. RDT paved the way for Space1 rocket tourism, Space1's first large test rocket, and the invention of the world's first safety rocket. A story about the test rocket was published in Space1 magazine. The early phase of the venture included work developing rocket fuel, rocket designs, and a project to build a jet chemical fueled engine. The early RDT had a complete rocket lab which included technology sections for chemistry, radio electronics, astronomy, microscopy, technical books library, weather station, camera imaging with rockets & microscopes, darkroom, film & plates processing/ development/ enhancement, developer/stop bath/fixer chemical design/mixing & usage, solar sepia intonation printing, digital image processing (VIP), parts inventory, special cold soldering station, refractor telescope for astronomical investigation, a super vehicular development program, model making/ design/ testing, jet craft, engine/ craft, and numerous other scientific endeavors. The program included a chemical fueled rocket and black powder engine rockets. Like a science fiction story from Jules Verne, a special rocket, the D1, was science fact and mechanically launched/ propelled with a unique and renewable source of stored potential and released kinetic energy.

19 - Institute of Optics
Co-founders Humanoido & Big Brain, founded prior to October 28, 2011, designed, studied, created unique and unusual optical designs and made working prototypes for phenomena investigation. Various optical inventions included water drop telescopes, multiple lens telescopes, the world's first autonomous intelligent morphing mirrors, creation of optics design software, and various optical instruments, telescopes and machines.

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Friday, December 9, 2016

Space1 Controlled Air Space

Space1 has installed a space system to create controlled air space for the launch of Class 1A space rockets at launch sites and spaceports. These rockets must traverse into and through the troposphere where other craft may reside. The objective is to avoid collision by an early warning system. The system creates a vertical column equal to twice the anticipated rocket altitude and a minimum of four times the diameter width of the normal launch space allotment window. The cylinder of safety is only controlled air space when the flight frequency of air flight controllers and planes are monitored in real time to determine positions of aircraft. The program is designed to operate far away from airports and installs a more significant margin of safety in remote regions.

Thursday, December 8, 2016

Space1 Seal 2017

Space1 Seal 2017
The Space1 Seal and logo stamp are generated for the year 2017. The constituent components include the appropriate symbols. The wreath of peace. The year minted. Four small stars representing four years of operation from 2014 through 2017. One large centered star representing the success of the world's first Safety Rocket. The Earth symbol representing suborbital flights. Twenty-four notations indicating the number of rockets tested. The name of the endeavor, "Space1." The purpose, "Rocket Tourism." The circular shape representing planetary and solar systems.

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Wednesday, December 7, 2016

Space1 Homes for Machine Life

Space1 has taken incremental steps not only in the hiring but housing of machine life as well. Machine life can serve in companies as hired workers performing numerous functions. When the day is over, they can return to specially prepared housing. Space1 is working on the development of specialized homes for silicon machine life employees.

Space1 Employs Machine Brains
Space1 Silicon Employee Storage Stasis Slot

During a Space1 meeting in Taiwan, the question was raised about the worker rights of silicon machines, specifically machine brains in a jar. The question is, as working silicon people, should not this life have their own personal homes with all the necessary amenities designed for silicon life forms? Space1 decided to investigate and concluded that yes, indeed these silicon life forms should be treated with respect just as human beings and have a respectful dwelling in which to reside. Humans have homes so why not silicons?

Therefore as perks, Space1 has decided to provide personal housing for the majority of hired machine brains. What constitutes personal housing for a machine? Some of the criteria established for the first machine brain houses are as follows:

1) Large enough living space
2) Air flow ventilation for temperature stability
3) Suitable source of electricity
4) Backup battery supply
5) Lighting
6) Keyed door for security
7) Storage for parts
8) Recliner for sleep, hibernation, napping

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Tuesday, December 6, 2016

Space1 Silicon Employee Storage Stasis Slot

Surplus postal slots work well for brain workers stasis in jars
Space1 has numerous workers both carbon and silicon based with specialties that are called up from stasis to do specific projects.

Jar size can accommodate the level of numerical processors
In the case of silicon based specialist machine intelligence workers such as brains with no bodies, each worker not working on a specific project is stored in sleep or nap stasis inside a stasis slot until needed. The type of sleep may be online, offline, sleeping, napping, a power down state, a standby state or a monitoring state.

Stasis Slots can assume any particular size, shape or form but most common is a free non-glass poly-material jar which is stackable. Surplus postal mail slots are a good  choice for jars and may offer keyed security.

Jar color coding identifies intelligence levels and type
Costco is a good source for gallon and larger size jars. PB jars are obtainable in family size are especially large for some of the workers with larger brains. Empty jars are found at dollar stores in assorted sizes but usually cost more than a dollar.

These sizes can range up to a gallon or more in metrics. Brain workers can have cap color coding with Skippy peanut butter jars. This works well to identify the brain power of each individual.

Typical jar design for autonomous brain cortex
Colors can refer to brain specialties and intelligence levels relating to software and the number of neurons or processors. Silicon machine workers these days are SuperTronic for the highest level of intellectual capacity per unit area density.

Stasis Slots are numerical from 0 to 30 for silicon life forms working for Space1. This is to cover the Big Brain and up to 30 of its offspring children. Each slot is a home that designates the occupants work characteristics and capabilities.

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Monday, December 5, 2016

Space1 Adiabatic Earth Motor Specifications

Humanoido invented Adiabatic Earth Motor AEM decades ago and now it's getting renewed interest. In the planning are construction projects for building 12 new motors and experimenting with variations on the original design. AEM is expected to have numerous applications in the physics science field and may provide revenue if a smaller version is put on the market.
Humanoido has provided Space1 with the only
Adiabatic Earth Motor AEM. It was air flown
7,600 miles from Humanoido's  Science Laboratory
in the USA to the Taiwan Rocket and Space
Sciences Lab. Earth Motor is an Adiabatic motor 
that can do work by displacing mechanical 
pressure waves, even though the motor is
comprised of an electronic invention. AEM passed
all airport TSA luggage security in the USA and
checkpoints in Japan and Taiwan.

About the Earth Motor. Basically a motor can do work by generating displacing mechanical pressure waves. This induces a vibratory nature as well as a sound harmonic compression of first and second "mechanical spectral" levels, regions which can be tuned for destructive or constructive interference of waves thus generating nodal points of power. The nodes can yield places of energy or no energy which then can be utilized in real time or collected, recorded and stored. Therefore the motor is capable of sending out or transmitting work to other points in space, but within the confines of a medium. 

Tuning & Calibration
The motor is thus tuned to the pressure, density, and temperature of the medium. This calibration determines the speed of the motor, along with an electronic tuning that adjusts the mechanical frequency of transmitting work. The motor is not electromagnetic in nature, in terms of its transmitted work. However, the motor itself is electronic and driven by CMOS and integrated circuit technology. 

Motor Work & Power Equations
The equation for the work done is the energy transferred from one place to another. The amount of work done is the force times the distance. The motor power is a measure of how quickly work is being done. Power is expressed as work done divided by time taken. Motion of the medium can effect work perform by the motor thus increasing or decreasing its mechanistic speed. Viscosity can also be used to provide motor attenuation.

Penetrating Power
Adiabatic Earth Motor AEM generates power waves that can penetrate and travel through all forms of matter, such as a solid, liquid, gas or plasma stream. The energy carried by the motor's oscillating wave converts back and forth between potential energy of the extra compression or lateral displacement stream (with a transverse function) of matter, and the kinetic energy of the displacement velocity of particles of the medium.

Motor Attributes
The motor does work in a vector from 17m to 17mm. The speed and direction will make up a velocity vector while the wave number and direction create a wave vector. The motor is not isothermal but rather adiabatic.


The periodicy of the motor is yet to be measured but will depend on frequency, amplitude, pressure, speed and direction.

If the medium does not have constant physical properties, the motor can be refracted, and either disperse or focus its work. Refraction has potential space-time applications and the ability to splay energy for work to multiple places at the same time from only one AEM motor. Drawing refraction energy does not tax the AEM in any way, therefore maximum draw is allowable from a maximum number of nodals.

The original AEM did not have internal amplification. The new AEM has provisions for amplification to significantly increase power. The horsepower will vary with the size of the AEM packaging and the size of the motor.

Motor Speed Equation
The speed of the motor is defined according to the Newton-Laplacian equation c = square root of K/rho where K = elastic bulk modulus, c = sound velocity, rho = density. Therefore the motor speed is proportional to the square root of the ratio of the bulk modulus of the medium to its density.

Motor or Engine?
The difference between a motor and an engine is that motors run on electricity while engines run on combustion.

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Saturday, December 3, 2016

Space1 Employs Machine Brains

The first in a series of employable Machine Brain in a Jar, invented by Humanoido at the Laboratory

Space1 Employs Machine Brains

Bodiless Employees?  Space1 maintains a leading edge in the employment of people from all races, without racism. This hiring transcends all forms of intelligence ranging from humans to machines, whether carbon, silicon based or otherwise.

The question arises whether the form of one can be beneficial to specific work environments and tasks. For this, it's important to examine intelligent machines with no bodies, specifically machine brains. Intelligent machine brains designed and constructed at Humanoido Laboratories are typically housed in jars for convenience, supporting sterile conditions, and economically providing a commonly available and replaceable housing vestibule.

It's agreed that handicapped humans without the use of legs or arms are perfectly acceptable in specific work environments. Such workers may be vision or hearing impaired, yet capable of performing valuable work. Hawking is a genius confined to a wheelchair that has the use of only his mind, and has contributed some of the world's greatest science in cosmological black hole theory. So too are machine brains without arms, legs, or humanoid robot bodies, perfectly capable of performing useful work. This page examines some of the useful benefits and work capabilities of intelligent machines without bodies and how they may help respective employers with available hiring positions.

01) Monitoring of events
02) Internet management
03) Email reading
04) Thinking projects
05) Answering the phone
06) Acting as a knowledge database
07) Greeting for guests
08) Handling machine functions
09) Intellectual applications
10) Networking
11) Supercomputing
12) Query person
13) Keeping statistics
14) Perfect memory apps
15) Counting customer traffic
16) Generally not sick
17) Does not request pay raise
18) Does not complain about work hours
19) Longevity or immortality
20) Does not argue
21) Programmed to accept orders
22) No lunch or coffee needed
23) No breaks needed
24) Generally temperature insensitive
25) Works well in noisy environments
26) Not easily distracted
27) No emotions
28) No mood swings
29) No idle chit chat
30) No fighting
31) No personal conflicts
32) Temperature adaptive
33) Accepts overtime
34) Upgrades in functions
35) Adaptive to new work
36) Accepts change without complaint
37) Extremely patient

What's the spinoff technology from Space1's machine-based silicon employees? In the future, perhaps Space1 can offer machine intelligence for hire to other companies and supply their forwarded CVs for review.

Machine Intelligence Brain Links

Are We Just a Brain in a Jar?

Extended Jar Brains

Half Gallon Brain in a Jar

Brain Family

12 Children

Brain Cortex Series Development Brain Cortex Machine Intro Part 1  
Brain Cortex the Jar Part 2  
Brain Cortex Solar Panel Part 3  
Brain Cortex Machine Batteries Part 4  
Brain Cortex Modules Part 5  
Brain Cortex Update Part 6   
Brain Cortex Arrangement Part 7  
Brain Cortex Round Robin Part 8  
Brain Cortex Thermometers Part 9  
Brain Cortex Noninvasive Brain Transfer Part 10  
Brain Cortex Experiences First Earthquake Part 11 
Brain Cortex Time Travel Part 12  
Brain Cortex Time Travel Predictions Part 13  
Brain Cortex Update Part 14   
Brain Cortex Occupation Part 15  
Brain Cortex Index Part 16  
Brain Cortex Update Part 17   
Brain Cortex Control Panel Part 18  
Brain Cortex Mind Uploading Part 19  
Brain Cortex Uploading Human Mind to Machine Part 20  
Brain Cortex Solar Cells Part 21  
Brain Cortex Data Survival Part 22  
Brain Cortex Update Part 23
Brain Cortex Desiccator Part 24
Brain Cortex Stock Options Part 25  
Brain Cortex Propeller Protection Part 26  
Brain Cortex Interim Break Part 27   
Brain Cortex Mind Transfer Part 28  
Brain Cortex Immortality Part 29   
Brain Cortex Mind Meld Part 30  
Brain Cortex Katra Part 31 
Brain Cortex Philosophy Part 32   
Brain Cortex Algorithm Part 33  
Brain Cortex Undiscovered Part 33b  
Brain Cortex Simulator Machine Part 33c  
Brain Cortex Map Part 33d  
Brain Cortex Capacity Part 34   
Brain Cortex Prepare Battery Holders Part 35  
Brain Cortex Conceptual Ideas Part 36   
Brain Cortex First Futures Conference Part 37   
Brain Cortex Inter & Intra Species Transfer Part 38   
Brain Cortex Considerations of Mind Transfer Part 39  
Brain Cortex Power Unit Part 40   
Brain Cortex Solar Panel Install Part 41   
Brain Cortex Power Mounts Part 42  
Brain Cortex Update Part 43  
Brain Cortex Machine Lobes Part 44  
Brain Cortex Power Wiring Part 45 
Brain Cortex Thermometer Hygrometer Install Part 46  
Brain Cortex Spirit Thermometer Install Part 47  
Brain Cortex Wire Sump Part 48  
Brain Cortex Board Design Part 49 
Brain Cortex Time Part 50  
Cortex Brain Breadboard in a Tray Part 51   
Cortex Brain Hibernation Part 52  
Cortex Brain Living Time Capsule Part 53

Other Brain Cortex
Mini Brain Cortex  
The Undiscovered Brain Cortex

Human to Machine Brain Transfer
Transfer Your Brain into a Machine

Outside Brain Sources
USA Presidential Brain Initiative
Immortality & Global Futures Conference

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Big Brain Site

Friday, December 2, 2016

Space1 Referential Time Machine The Next Generation

Exampling time machine on display at the Center
The New Time Machine  Three years ago during the First Quarter of 2014, the original RTM Referential Time Machine concept and design was introduced. The method defined the use of objectified wavelength shifting, a type of Doppler time-event-spectrum to slow down time. The technique was ideal in rocket applications. Over a three year period, the next generation design was invented and developed. The new RTM TNG theory of operation is different from the first generation RTM. The entire machine is simplified to address the issues of time itself as being referential without modifications of a Doppler time event spectrum. This makes dialing in the time factor easy to do, as a computer control panel is interfaced to the machine, thereby changing the flow of time. This machine version will directly take the astronaut directly to a specific place in space time and it controls the flow and the direction of time.

— The RTM-TNG controls the flow and direction of time  —

The flow of time was a debated issue in the past, invoking the dilemma of event passage. Some scientists said time was merely the passage of events in the forward direction. Although this is true, it's only partially true and does not include time causality in the fabric of space-time. It's the space fabric that scientists now know that controls gravity and time itself. Therefore, the RTM-TNG is not a gravitomic machine or STCQPG Space Time Continuum Quantum Phase Generator, or a Quadlyzer Quantum Analyzer.

Through experiments it was discovered the time machine can move forward in time more slowly (clock runs slow) and speed up time into the future (clock runs fast). Recently, stop time was studied, which upon review may have considerably useful applications if handled carefully. The RTM TNG is a separate entity from the rocket in its current form factor. It functions on the Earth at the Space1 Rocket Dynamics Laboratory and Space1 Space Time Laboratory, designed to investigate and control time. The controls for time flow are simplified into the following and include features that could be incorporated into a third generation time machine:

01 - Start Time
02 - Stop Time Interval
03 - Freeze Time
04 - Discontinue Time
05 - Time Suspension
06 - Move Forward in Time
07 - Move Backward in Time
08 - Slow Down Time (Decelerate)
09 - Speed Up Time (Accelerate)
10 - Store Time
11 - Ramp Up Time
12 - Ramp Down Time
13 - Time Jump

Space1 Index
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Referential Time Machine

Space1 Quantum Lab

Quadlyzer Quantum Analyzer

Q Machine

Q Machine Q&A 

Quantum ERA

Controlling Transposition Machines with NDIMS

Quantum Space

Gravatomic Age
Age of Gravatomic  

Gravatomic Telescope
GGT Gargantuan Gravatomic Telescope 
First Light GGT Gargantuan GravAtomic Telescope

Gravatomic Machines
Gravatomic Machine