Space1 Shrunken Human Body

Shrunken human heads of past and future

SPACE1 Shrinks Human Body to Milestone Result


In a remarkable revelation of science and technology, Humanoido at SPACE1 has achieved the unthinkable - successfully shrinking a human body down a whopping and fantastic 113,000 times from the original.

You've heard of the gore of shrunken heads, a bloody and severed human head specially prepared for trophy, ritual, or trade purposes, an outlawed practice of the Amazon. However, SPACE1 legally shrinks the entire human body with technology that appears to be from the future, at no harm to the human.

Dimensional human shrinking is accomplished on an order of magnitude in ratios of 72:1 and 113,398:1 for dimensions and mass. This brings a person with a size height of under 6-feet tall to a shrunken size of under 1-inch. Processing humans to less than one inch size not only reduces dimensions but that of mass and weight, thus creating opportunities of space and rocket travel that goes far beyond conventional rocket technology. The shrinkage ratio of weight is 113,398 grams to one. Thus, a 250 pound person weighs only 1 gram to Earth orbit. This tiny lightweight shrunken human, head and all, is ideal for transporting inside smaller lighter weight lower cost rockets. These rockets can hold dozens, hundreds, or thousands of tech-shrunken humans.

Space1 Rocket Mass Center

Rocket Mass Centering
A day for mass - today is the day for recalibration and centering the Electrodynamic Rocket mass. 

These small calibrations result in better and more stable flight. Each time a new item, such as a camera, seat, stage, panel, etc., is added, the rocket is remeasured and the rocket weight mass distribution is mapped and appropriated to proper positioning. 

Although the rocket overall is very massive and heavy, it remains balanced like the mechanical movements of a fine Swiss watch. The Electrodynamic Rocket is also know as the EM Rocket, or E Rocket, and has Electromag drive engines instead of chemical Herculean engines used on Rocket X.

Space1 Elon Musk Spacex Tesla Roadster with Starman

The electric Tesla car is held on a special mount inside the Falcon Heavy fairing

SPACEX Tesla Roadster & Mannequin Driver
By now everyone has heard about Elon Musk launching his own personal red Tesla sports car into space in solar orbit. The electric roadster car was used as payload weight for the test of a new FALCON Heavy rocket. Musk was original and creative in thinking, as cars make perfect ballast weight for powerful rockets, however none were ever sent up into space before. The Tesla Roadster and its mannequin driver, that launched into space aboard SpaceX's first Falcon Heavy rocket on Tuesday (Feb. 6, 2018), has been spotted zipping through space by a telescope on the ground.  The car's orbit is being tracked at several web sites.

Where is Elon Musk's Tesla Roadster with Starman?
http://www.whereisroadster.com/index.html

Ephemeral data can also be extracted from the NASA JPL site.
https://ssd.jpl.nasa.gov/?horizons

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.

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