Singularity Observatory Remote Mountain Study

The author has developed a remote and safe way to study wildlife and fauna in the mountains of
Taiwan from a safe distance. Trekking on the mountain in person and exposing one's self to
wild predators is extremely dangerous including the possibility of being eaten by a wild black
bear.

A Study of Remote Mountain Wildlife and Fauna by the Repurposing of Aplanatic HD Schmidt Cassegrain Amped Catadioptrics

by Humanoido @ Singularity Observatory & SPACE1 Industries

Like the unperturbed evolution of wildlife on the Galapagos Islands, it’s imperative to safely study the ecology of jungle forest mountain wildlife and fauna within the Arpeggio Mountain Pacific Rift without disturbing surrounding ongoing evolution.

How to conduct a useful scientific study without actually trekking into the dangerous and treacherous mountainous regions and disturbing the pristine footprint of millions of years of ecology?

The author has developed an inventive application to monitor mountain vegetation and wildlife from a distance of up to twenty or more miles away depending on conditions. The instrument is a modified and enhanced catadioptric with an amped aperture over 1,400-inches in diameter. The program includes studies of animals, insects, birds, reptiles, plants, aquatics and any species within the instrument’s resolution at the time of given atmospheric conditions.

The conservationist program is conducted by Humanoido from a distance of about ten miles. The instrument is optically driven with multiple surfaces of fourth order differential curves, amplification equipment, dialectric filtering and specialized oculars. The obs recording device is a specialized Deep CCD array with a high density multi core receiver for Tb data. The gathered data is then fed into a mating reciprocating machine - the Reciprocal Image Determinator, that enhances results.

The system includes the following programs of tremendous importance:

* The variety of plant and animal species are recorded and counted
* Forest Jungle densities and habitats are determined
* A determination is made for species counts as to whether the subject is going extinct or nominal in population
* New species are discovered and cataloged
* The evolution of jungle and forest is recorded along with any precipatating changes
* Activities of corresponding weather, seasonal conditions and changes are recorded
* Forest Jungle locations are noted for their densities of land, jungle vegetation, and animal density and types
* Mountain cartographic divisions are mapped out to specifications

Given the setup of the system, trekking into the mountain by proxi with the technology is convenient and completely safe from poisonous spiders, snakes, killer wasps and bees, stinging army ants, poisonous beetles, harmful Komodo dragon Monitors, alligators, leeches and slugs, fungi and bacterial diseases, deadly virus mitigations, and other killer species. The system is convenient, and can be conducted from an outdoor deck or free open area in line of site to the Pacific mountain range.

Space1 Honors Supporting Countries

Space1 Honors Supporting Countries

The following countries have received the highest honor award for supporting SPACE1. We offer our most sincere thanks to these nations.

United States
South Korea
Taiwan
Portugal
France
Russia
Ukraine
United Arab Emirates
Viet Nam
Canada
Germany
Netherlands

Space1 Dream Launch Pad

Space1 has suspended two launch sites, one at an unspecified rural location in the USA and another overseas on the island of Taiwan. The Taiwan launch pad was suspended due to being too small and having a nearby river - as the new USS PIONEER rocket has a much greater range and requires more unobstructed space. In the USA, the launch pad was suspended by actions of the land faction. This opens up great new opportunity, and Space1 is now reviewing the "dream launch pad."

The illustration show static possibilities (credit: EDU KSP). Shown is a rocket assembly plant (tallest building), astronomical observatory (dome), rocket launch pad (upper right), fueling plants, emporium and symposium building, manufacturing facilities, dish tracking and telemetry area, landing runway and traffic control, education institution, storage and other resources.

The new dream launch pad is founded in Taiwan with a different design, one of being portable. A portable launch site "borrows" the land during launch activity day, transports the rocket, fuel, and equipment to the site, erects the launcher and rocket systems, and packs up after the launch mission is complete. This method allows for acquisition of a massive amount of land tracts which would otherwise not be available for purchase. After the mission, the land tracts simply serve their duality of purpose. This is the new dream launch pad, one of complete security, portability, efficiency, and cost effectiveness.

The new dream launch pad configuration will also function in South Korea, Singapore, Macau, Beijing, Shanghai, USA, Hong Kong and at other existing Space1 launch sites.

Space1 Corporate Office

MORE MOVING
SPACE1's Corporate Office has moved from the USA to an international location. In a questionable gesture, after giving Space1 permission to build structurally, the USA city after 2 years decided Space1 Headquarters could tear down its space complex including the space hangar designed for the rocket plane and to further deny permission to expand structures. Space1 operations were immediately removed from USA soil and relocated overseas. For example, friendly locations of science and technology - South Korea and Taiwan, have welcomed Space1 by providing free land: a launch site expanse, scientific resources and the availability of a variety of buildings for operations at lease or purchase. Also moved overseas is Space1's full and comprehensive Drone Lab operations to support rocket space tourism and the exploration of new dimension using the USS Pioneer luxury rocket. Space1's USS Pioneer luxury rocket fleet will be built overseas along with the first new launch system.

Space1 Rotational Space Dimension

1st Rotational Space Mission takes place at the capitol city of Taiwan in the Pacific Ocean

Rotational Space Dimension
Pacific Ocean Rotational Dimension Space Mission
What in the world is a Rotational Space Dimension? It may be one of the most useful types of new travel dimensions in Space1's Space program. Enter this fascinating new dimensional world where the entire flight geometry takes place in a new rotational realm!

Remember yaw pitch and roll from your rocket science class? You can still experience the same yaw pitch and roll, except your mission world has rotated within the X dimension. The X dimension can do things for you that you never imagined before!

Space1 has invented the Rotational Space Dimension (RSD), designed to test rocket components, space packages and equipment in a new dimensional rotated direction. The RSD changes the dimensional yaw pitch and roll orientation that still exist but become realigned along a rotational component.

RSD can save millions of dollars in testing and flight missions by mathematically executed  trigonometric rotation of the orthogonal-to-Earth Z-axis component by 90 degrees resulting in a parallel X geometry component.

This component is less complex for space mission testing, and modules, packages, rockets, imaging equipment, and various flight dynamics such as power supply and battery levels. Electromagnetic radiation is able to travel along this component, making less expensive testing possible. RSD missions will likely be conducted with a new type of RSD craft.

The RSD at this testing phase is interested in tests with communications packages for space flight, the parameters of reception and transmission, and the characteristics of signals. RSDs can also test flight geometries and the effects of range on missions. RSDs are additionally ideal for flight simulations along this trigonometric component.

Missions sending humans, humanoids, equipment into the new dimension will save millions of dollars - Humanoido

The RSD space components are different, for example, the altimeter becomes a downrange mechanical component sensor rather than the typical electronic vertical height sensor dependent on air pressure within the troposphere and stratosphere.

The line of sight curvature of the Earth become significant at 24 miles distance in the X direction which limits the the testing dimension to this range. The majority of testing occurs at less than 24 miles so the approach is viable. Often testing is dictated by the clearance within line of sight distances, where objects can degrade both the optical component and any tests being made in the electromagnetic radio spectrum, as with telemetry for example.

Other great benefits: RSD dimension does not violate any known airspace treaty and does not require off shore oceanic domain. Flights do not show up on radar or air traffic. Dimensional craft may access a stealth mission mode for clandestine operations to maintain anonymity. Thus, it can be effectively used around large population cities following already established rulings with complete safety and conformity to international regulations.

Testing includes special instruments to gauge the distance of the rocket package where data logging of incremental X performance is a requirement. The first RSD space mission is scheduled to occur in the Pacific Ocean, at Taipei, the capitol city of Taiwan. It's expected that several members of the Space1 team will be present to initiate the mission and observe and data log the results.

Space1 Contact
http://space1usa.blogspot.tw/2017/06/space1-contact.html
Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Index Big Brain Site Prior to 2014
http://space1usa.blogspot.tw/2017/05/space1-big-brain-index-of-space.html
Space1 Home
http://space1usa.blogspot.tw/
Space1 Profile 2017
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html
About Space1 from the Founder
http://humanoidolabs.blogspot.tw/2015/01/about-space1-from-founder.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html 

Space1 Earth Observation Center

Space1 Earth Observation Center will keep tabs on the Earth as well as related space parameters,
rocket performance and atmosphere dynamics

Space1 has an international presence in Taiwan where the EOC will undergo testing

Space1 is continuing development of the EOC Earth Observation Center. This is a self contained module capable of wide scale imagery of the Earth throughout the mission, from launch to apogee, and all through recovery. Tests of a larger working unit have already provided stunning results.

Main Functions
Aside from providing important mission launch and recovery data for analysis, it also can be used for the construction of Mercator projection maps, soil analysis, structure study, and analyze the design of space ports. The EOC can be instrumental in achieving Mercator projection mapping of the Earth's surface at an oblique angle or nearly perpendicular to the ground. It can study clouds as it nears and/or passes through their dynamics. The EOC can observe the rocket itself during the mission and look for anomalies, or rate and measure performance. It can also do infrared and ultraviolet soil and farm crops spectrum analysis and survey the launching space port property. The EOC determines the flight path of the rocket and its point of landing. Telemetry can transmit the data from the EOS thus facilitating tracking and recovery.

Additional Functions
The EOC can also record and deduce rocket performance from imagery analysis, thus improving flight dynamics for future missions. It can check rocket yaw, pitch and roll, and determine the relative alignment of external rocket fins. It can determine balance anomalies and stability of the rocket and its return performance and parachute functioning, mounting and stability. EOC can do fundamental rocket performance timing, determining the time of launch, apogee and recovery. This EOC data can also determine rocket velocity and the point of ejection. Sensing vibration, the EOC can better determine measure points, and help assist in making the astronauts ride smoother. The EOC might also record changes in climate and surface features over time with multiple launches, and serve as a monitor to land, farm, ranch and city conditions and changes.

Miniaturization
The next step is to miniaturize the module by using the smallest sensors available at good performance.  Miniature parts, components, and structures for the EOC already exist and are awaiting electronics assembly work.

The EOC in Taiwan
The EOC will undergo testing in Taiwan. Taiwan is located as an island in East Asia and is comprised of the main body and numerous surrounding islands.

The island of Taiwan lies some 110 miles off the southeastern coast of mainland China, which lies across the Taiwan Strait, and has an area of 13,855 square miles.

The East China Sea lies to the north, the Philippine Sea to the east, the Bashi Channel of the Luzon Strait directly to the south, and the South China Sea to the southwest. All are arms of the Pacific Ocean.

Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Index Big Brain Site Prior to 2014
http://space1usa.blogspot.tw/2017/05/space1-big-brain-index-of-space.html
Space1 Home
http://space1usa.blogspot.tw/
Space1 Profile
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

Space1 Rocket Drop Tests

 
Space1 conducts powerless free-fall drop tests from various skyscrapers in large cities. Drop tests may include powerless rockets, models for space stations, payloads, parachutes, satellites, space capsules, quads, planes, gliders and various tests.

As new taller buildings appear year after year, the height of drop tests continue to increase. Some heights are higher than the altitudes achieved by model rockets! Base altitude of model rockets average about 300-feet. The peak height of Taipei 101 is 5.6 times higher, and the Burj Khalifa is 9 times higher.

Instead of scheduling expensive and custom aircraft that depressurize and open for drop tests, or have customized external remote controlled mountings, planes which fly to several thousand feet, a costly approach, the skyscraper window origin tests are often free of charge.

When tests began by the author in 2005, the maximum height was at Taipei 101 in Taiwan at an altitude of 1,667-feet. By 2010, this distance had increased to 2,717-feet at the Burj Khalifa in Dubai.

Lower and less famous skyscrapers are more easy to access at the peak roof for drop tests. These skyscrapers often have floor halls with windows that open. One can merely take the elevator to the desired floor level. However, some skyscrapers require a security card pass to gain specific floor access to operate the elevator while others do not.

Thus far, the author has concentrated the study of skyscrapers and drop tests in Western and Eastern world sites, in the USA and Asia (in countries Macao, Hong Kong, Taiwan, Korea, and China), primarily Seoul, Shenzhen, New York, Beijing, Hong Kong, Macao, Shanghai, and Taipei.

Space1 Home
http://space1usa.blogspot.tw/
Space1 Index
http://space1usa.blogspot.tw/2015/12/space1-index_16.html
Space1 Profile
http://space1usa.blogspot.tw/2017/03/space1-space-profile.html

Humanoid Robots Home
http://humanoidslabs.blogspot.tw/
Humanoid Robots Index
http://humanoidslabs.blogspot.tw/2017/02/humanoid-robots-index.html

Big Brain Home
http://humanoidolabs.blogspot.tw/
Big Brain Index 1
http://humanoidolabs.blogspot.tw/2016/12/fill-brain-project-searchable-thread.html
Big Brain Index 2
http://humanoidolabs.blogspot.tw/2016/12/big-brain-web-site-index.html
Big Brain Timeline
http://humanoidolabs.blogspot.tw/2016/12/big-brain-timeline_1.html
Big Brain Contributions
http://humanoidolabs.blogspot.tw/2016/12/big-brain-contributions_13.html

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

Space1 Site
Space1 Index
Big Brain Site
Big Brain Index 1
Big Brain Index 2
Big Brain Timeline
Big Brain Contributions

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.

Computers
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.

Space1 Index
Big Brain Site

Space1 Transmutational Rocket Lab

Potentials of instrumentation and control

Space1 Rocket Lab, S1 Lab, will be trans-mutated from the USA to Taiwan to avoid freezing Winter months. A subtropical Taiwan location offers mild climate year round with no snow or freezing temperatures, and plentiful e-parts along with lab equipment all available locally.

This season, the S1 Lab will be tailored with research and development specific to the task. Tasks are undisclosed at this time. It is, however, rumored that a new space system will be developed to be more effective in space travel by increasing the gain and sensitivity of the overall program.

This will open up new work in micro space technology. Space1 will have one job vacancy to be filled. Apply at Space1 Headquarters by email, submitting your CV.

Space1 Index

Space1 Safety Rocket Made in USA

Space1 founder invents the world's first safety rocket in America

The American founder of Space1 has invented the world's first Safety Rocket, a reusable space traveling vessel designed to keep tourists safe.

Having roots in the USA, Space1 is a bold new venture into the recent private space industry, and has branched out internationally, with spaceport divisions existing in the USA, Taiwan, South Korea, Singapore, Hong Kong, and Macao. Now exceeding eleven international spaceports, the growing expanding Space1 space agency is readying a mission to launch the world's first Safety rocket, with multiple astronauts, into space using the most unique and technologically innovative system to come along since the inception of the space program in the 1950s. In over 60 years, Space1 is the first to create and bring to fruition a system that had previously only existed in the journals of science fiction. Stay tuned as Space1 will soon reveal what everyone is waiting for.

LOCATION       SPACEPORTS
USA                2
Taiwan             2
South Korea        1
Singapore          4
Hong Kong          1
Macao              1
Total              11