Space1 Human Augmentation

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Space1 continues with several parallel development concepts of human space augmentation, to modify the genetics of a human in the short term for space travel in the long term. This view shows the potentials of the latest incarnation. The conceptual illustration demonstrates several new technologies in the making. The augmentation includes space hardening, adaptation to a space environment, space command control, special sensors, and augmentations to hearing, sight and other amplified human perceptions. Augmentation is more readily adapted to a space environment with radiation, intense levels of hot and cold, extreme G-forces, sonic vibrations, weightlessness, and other rigors.

Space1 April 2018 Update

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Space1 Proverbial Tea

Witness to the precipice of evolution

Proverbial Tea

by Humanoido
Founder of SPACE1, Mars Connect, and Singularity Observatory

As I sit here pondering, drinking proverbial tea, I wonder the outcome of one of the largest, most expensive and challenging projects I have ever taken on. Buying a new home, moving all my things and worldly possessions, buying and obtaining the manufacture's largest most precision telescope and complex accessories, erecting a high tech observatory remotely located on an isolated foreign island deep in the subtropical Pacific Ocean, complying with a very limited time schedule with each and every day that brings Mars closer and closer, finally just to study and glimpse the rare light of Mars at its finest - a special rare oppositional event when Mars is closest to the Earth, perhaps not to be precisely repeated in my historical lifetime.

Like others, I have a greater lifetime list of the big things to accomplish with perhaps 20 already knocked of the list and only a handful more to go. This precision telescope project is now at the top of the list. What next? I also plan to go to Mars, yet possibly in my own way, either through SPACE1 or through the telescope's presence of advanced space technology such as full implementation of the beaming invention. Those first Martian settlers may have a hard life, cramped indoors in a tiny space, little air or food, no access to many common things, and only very hard work in store for every day. Later, Mars will become a luxury vacation spot with millions of people, many businesses and the finest and richest amenities. I guess I should not complain, having good friends, and living in a time era when Einstein, Braun, Hawking, Musk and others were alive who changed the world for the better, where I saw the birth of the space program, the completion of the international space station, the rise of ENIAC to microcomputers, the internet, humanoid robots that learned how to walk upright, and even a red Tesla electric sports car launched into space with Musk's SpaceX Falcon Heavy rocket just when we thought we had seen it all!

And man walking on the moon, robots to mars and the planets in the solar system, smart rovers on planets, artificial intelligence and big brains, expeditions to asteroids, the discovery of thousands of new planets and star systems, giant space telescopes, discovery of black holes and dark matter, proving time travel is real, birth of private space industry, invention of the safety rocket, and now being intuit of one of the largest and most profound evolutionary moments in the history of mankind, becoming a multi planetary species. It is indeed an exciting and profound time to be alive, and ponder over the proverbial tea.

Space1 Singularity Observatory

The Singularity Observatory Telescope SOT in it's infancy design is often compared to the new designed ESO's E-ELT 39-meter diameter segmented (1535 inches) telescope. The Earth-based SPACE1 SOT Singularity Observatory Telescope is based on its large diameter achieved by electronics and sensors, coupled to computer and imaging techniques. Illustration: ESO

The Excitement of Singularity Observatory!
Breaking News Just Released!
Humanoido, founder and CEO of Space1, has founded Singularity Observatory on January 2018 and is currently acting as Observatory Director. The new observatory is designed to bring the focus of astronomical observation, study, research and collected data to a singular point. Beginning in January of 2018, the project was in the planning and design stages for a new 36-meter 1,400-inch electronic performance telescope, the SOT, Singularity Observatory Telescope, but has now progressed to a point where the observatory is only a few months away from being fully operational.

Singularity Observatory (SO) will have a massive large precision telescope to collect data, do imaging of Solar System moons and planetary, and DSO, with the newest full featured high gain low noise cameras and a full range of supportive precision accessories. The USA optically figured catadioptric telescope will serve the Mars program, as well as other planets in the Solar System. The telescope, while massive, is still able to be transported to other sites if necessary. Singularity Observatory already has research programs under way for Mars, Jupiter, Jupiter Moons Ganymede, Callisto, Io, Europa, Titan, and Saturn. SO is developing mapping, a ground based satellite in orbit around Mars, and planetary climate weather prediction programs for Mars settlers in the near future. SOT is designed to track and support the BFT, Big Falcon Rocket, designed to take settlers to Mars.

In the year 2018 and through 2020, the invention of new telescopic technique has changed the face of telescope usage, ushering in a new era of precision work and rapid results, the likes of which were never seen before per unit aperture. In the past, photographic techniques increased the power of a telescope from 8 to 80-inches in diameter. Today, experiments show a ten to the two power of increase. Therefore the 8 performs like an 800-inch telescope, and a 14-inch becomes selectable from two modes, 140-inch and 1400-inch achieved by using electronics and the latest SONY sensors. Achieving a 36-meters diameter and making it have exceptional performance regardless of location, light pollution, and other factors falls upon the Observatory Director's task list.

Astronomy has changed recently, and many of the long tedious image processing techniques are simplified. New cameras handle bias and noise automatically and new software can subtract light pollution from urban areas. Guiding is relatively obsolete with automated GOTO telescopes and images requiring exposures of only seconds. Singularity Observatory will progressively develop these new techniques in the upcoming months. Search is under way to acquire all the accessories to run the observatory operation. Singularity Observatory and Mars Connect are divisions of SPACE1. Space1 is looking at the creation of a new web site or internet construct dedicated to Singularity Observatory.

Space1 Expansion 2018

Mars in 2018 - Source A.L.P.O.

SPACE1 has expanded operations to include Mars Connect, Telescope and Observatory projects.



Rocket development will continue while the observatory, telescope, and moving to a new site location may take precedence due to the working deadline as the planet Mars is quickly approaching opposition in 2018.

The objective of Space1 is to develop a powerful Mars telescope, observatory and new techniques to gather precision data about Mars for future trips to the red planet, and to support Mars colonists in transit to Mars and/or already living on the planet.

SPACE1 and Mars Connect already opened up observatory and telescope projects regarding astronomical tests, atmospheric experiments, orbital information, Mars mapping, Mars weather prediction, and a special Earth to Mars Satellite project.

Space1 Mars Connect
Space1 Observatory
Space1 Mars Connect - Changing Face of Mars 
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Space1 Precursor Mars Rocket Flight 
Space1 Space Schedules Mars & Beyond

Space1 Observatory

Space1 has opened the Observatory Telescope project and is currently doing research. Areas include developing lists of reputable dealers, dealers who will ship internationally, researching methods of shipping and expediting hundreds of pounds of equipment, finding a new site location, developing a telescope observatory to house the telescope, locating a myriad of accessories, and sending out email questions. For example, it becomes important to match the parameters of a new electronic camera to specific research programs, including supporting filters and astronomical devices.

Space1 Mars Connect - Changing Face of Mars

Mars map by Schiaparelli 1800s

Mars Connect
The Changing Face of Mars

Mars - Amateur Astronomer Telescopes

Over the years, the face of Mars has dramatically changed, due to advances in observing equipment and the invention of new technology. 

Maps from the 1800s do not resemble maps in 1970. Maps in 1970 do not resemble the maps of 2018. In the 1800s, Mars maps were based on visual observations and hand drawn. By 1970, maps were based on telescope photo-graphs taken with film and filters. The advent of the Hubble Space Telescope in April of 1990 again changed the appearance of Mars Maps.

Mars Hubble Space Telescope 2003

The continual introduction of spacecraft to Mars and landers helped create very high resolution views with many craters, volcanoes and polar cap detail. When comparing a modern view of Mars with a historical view, it may be challenging to identify specific regions.

Also over the years, Mars has been ravaged with global dust storms that change the appearance of the surface. Today, one has a choice of many different and highly specific Mars maps.

Mars Viking Spacecraft

Space1 Parasitic Rocket

Parasitic SR
The Parasitic SR project uses a SPACE1 Safety Rocket that parasitically attaches to another rocket of conventional design. 

The encapsulated safety rocket is designed to protect the occupants in case of a failure of the conventional rocket. The conventional rocket can blow, however SR occupants remain safe. The advantages of Parasitics is they can be cheaply attached to rockets designed for other missions. This saves money and time while introducing new levels of safety never seen before on conventional rockets. However, the Parasitic does not protect the occupants of the conventional rocket, it only protects the occupants of the Parasitic Safety Rocket. Small lightweight Parasitics could attach to long range conventional rockets for missions to the Solar System and Mars at tremendous reductions in delivery costs. The illustrations show other concept with very large parasitic craft attachments. Illustrations: Top - Hermes, bottom - Lockheed Venturestar