Space1 EM Name

EM Renaming - One Machine Three Names
Space1 has released additional names for the EM today, from Elevation Machine to Electromagnetic Radiation Machine and Electrodynamic Machine, due to the nature of its space flight functioning faster than a speeding bullet to that of an electromagnetic radiation bullet. The abbreviated acronym EM remains unchanged as the names remain interchangeable.

Space1 Methods of Space Travel

SPACE TRAVEL METHODS
When it comes to space travel, there are more ways to conquer distances of space and time other than a rocket.

At SPACE1, methods of space travel are explored in addition to the Safety Rocket. Thus far, various pursued ways to travel through space and time include the Safety Rocket, Elevation Machine EM, and the Exampling Transporter ET. Each methods has its own advantages and disadvantages, explored in previous posts to this site. Will a fourth space travel invention become known? It's a possibility.

Methods of Space Travel
* Safety Rocket SR
* Elevation Machine EM
* Exampling Transporter ET

Space1 EM Machine Mission

Massive modern EM space machine design

The EM Machine is being prepared for its first exciting rocket replacing mission.

The EM is designed to replace and supplement rockets during specific missions. Invented in 2018, it's expected the EM will dominate modern space missions during 2019. 

The advantages are numerous for the EM over a rocket. Some inherent advantages are as follows:

* thousand times faster
* convenience of temperature
* minimal or no buffeting
* reusability
* no air resistance
* no effects of air pressure
* irrelevant mass driving
* nominal power consumption
* runs on a nuclear power plant
* extremely high tech
* 3SB supercomputer driven

Some Differences - EM over Rockets
* requires core calibration
* photon driver
* causes minimal vibration
* no buffeting
* no motion sick per em-naut
* there are no failed missions per se
* recovery is instantaneous
* can run more missions per unit time
* very expensive machine but low cost missions
* no fuel pressurization or loading
* payload is a constant
* no dealing with g-forces
* free of weightless effects

Space1 Path of Rocket vs EM Machine

The EM is designed to replace special rocket missions

Rockets & EMs begin from the Lithosphere

The path of a SPACE1 rocket flight begins at the Lithosphere and then rises up above the Oceanic Crust and Continental Crust.

The rocket then blasts into the Troposphere where it encounters air resistance and pressure.

The Lithosphere is the rigid outer part of the earth, consisting of the crust and upper mantle. New technology allows for rocket flight from the Lithosphere without the rocket, or concern for air pressure, using the EM Elevation Machine (top left). While the EM passes through the same regions of space, it does it differently.

Space1 Elevation Machine Control

by Humanoido
Control the Nuclear Powered
Elevation Machine!
Is it possible to control the wild Elevation Machine EM? Will errant humongous nuclear power drive it far off course blasting through houses and mountains? Let's take a look at controlling the EM Elevation Machine and delve into a list of some of its most powerful features and space exploration potentials.

Development and management of the advanced EM experimental invention is under NDA Contract, Non Disclosure Agreement, therefore the illustration best fits the EM Machine but may have some slight differences to maintaining the Intellectual Property & Privacy Bundle. — inscripted: danger watch fingers, dangerous moving parts — Having stated the Disclaimer, let's get into the meat of the program.

The EM program has rapidly taken off at SPACE1, a machine for space travel far more enriched than we ever imagined. The capabilities are far reaching and spell binding, a paradigm shift in space exploration through a machine that can do many and most things that rockets can do. The electrically charged EM stays on the Earth, charging up power through Core Calibrants, drawing power through an extreme power supply from the City Nuclear Power Plant, sending out packets of Space Time Travel, then traveling through the best portions of a space and time dimension. This could be a blasted lateral dimension. The Elevation Machine is named after the great space time elevation achieved relative to the Earth where the EM originates.

The attributes of the massive EM are many. The assembled unit is so massive, it cannot be moved. Core calibration is mandatory and not without risk. The EM resides in one place on the Earth, though it must spin within a somewhat dangerous trigonometric sphere of containment calculus for proper execution. It's believed some of the greatest potentials for the EM machine include taking it for a spin out to the 270,000 miles orbital zone at Lunar Polar Orbit, a place where water exists inside Moon craters that could potentially support lunar colonial architecture. Another potential are the planned trips to the Far Side of the Moon, to experience strange phenomena and unusual enigmatic happenings. Another field of endeavor ideally suited for the EM machine is a mission into the Troposphere. One new experiment is to travel out to a cloud of proportion and stop directly inside and hover while gathering data, using the Hover Mode. Rockets are not capable of hovering inside clouds or atmospheric phenomena in this manner. Using new Power Vision: looking at, through, or inside physical materials, is a strength of the EM. Another experiment is to do Blaze Travel, and blaze out to a far distant mountain and observe any growing topographical life, whether the mountain is on the Earth, Moon or Mars. In the Earth Moon Mars Mission EMMM, Multiple World Similarities are searched and potential discoveries are possible in like topical structures and features.

The EM Machine invention as initially constructed is not without significant and substantial bank-breaking cost. However (with rocket missions recycled and still averaging 35 million dollars each in private space industry) after the initial EM construction costs, mission costs drop dramatically to almost zero, notwithstanding any amortization costs, as the entire machine is recycled and the only propelling fuel is electricity from the Nuclear Power Plant.

Space1 Elevation Machine Control
https://space1usa.blogspot.com/2018/12/space1-elevation-machine-control.html
Space1 Blasted Lateral Dimension
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-missions.html
Space1 Elevation Machine Index
https://space1usa.blogspot.com/2018/11/space1-index-elevation-machine.html
Space1 Elevation Machine Lateral Dimension Mission
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-missions.html
Space1 Elevation Machine Core
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-core.html
Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html
Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Elevation Machine EM Project Terms
Blasted Lateral Dimension
Intellectual Property & Privacy Bundle
Core Calibrants
Paradigm Shift
Packets of Space Time Travel
Nuclear Power Plant
Trigonometric Spin
Calculus Containment
Core Calibration
Tropospheric Mission
Hover Mode
Power Vision
Blazing Travel
Multiple World Similarities
Amortization
Recycling

Space1 Launch Site

SPACE1 Announces its Biggest Launch Site Space Complex

Example EM Machine remote spire exploration mission

A big rocket needs a big and private launch site. The primary newest and current launch site selection for the most massive Rocket X with a thunderous roar, and the departure of associated spacecraft, inclusive of the massive EM Elevation Machine, is established.

A study of seasonal conditions is now complete. In the Winter, skies open up to the greatest clarity and acuity, ideal for launches and conducting space missions and various space activities. 

As the conditions turned crystal clear this month, it was discovered that not just one, but two, three and four mountain grand spires are juxtaposed jutting out of the Grand Asian Pacific Ocean in ideal position to the launch site, for perfect conditions. We are mounting grand expeditions to explore these spire characteristics, and to study the fauna and develop the best ways to assure that wildlife is not disturbed during launch and recovery operations. The grand spires hold both vast jungle and forest environments and ecosystems, the kind that one would expect from early ten to twenty thousand  year evolution of continental plates moving with unionized classifications. The EM will be used to gain access to the grand ocean spires for the study of fauna and other elements. New team members are being selected for all missions. Rocket facilities are now moved off site to private Pacific Ocean locations. For more information contact the Founder who is coordinating the Mission.

Launch Site Mission Areas
* Atmospheric Study
* Geographic Study
* Fauna Study

Tools
* HSO
* EM
* Construction
* Explorer Team

Tools used will include HSO, EM, Construction, and direct exploration. The nomination of the SPACE1 commander of the EM mission will be underway soon. A pilot is currently in training. The crane is being moved in and massive equipment is being positioned. The EM core is primed. HSO is fully operational. The founder of SPACE1 is bringing the team together this weekend to advance the mission ten fold.

Space1 Index Elevation Machine

Index Elevation Machine
This is SPACE1's first complete index for the newest Elevation Machine EV invention.

The EV is an extremely powerful enigmatic machine that does much of what a rocket can do, with advantages of reusability, safety and speed - one million times faster than a rocket, with no space G-effects, no weightlessness, no vibrations, completely safe and reusable thousands of times.

The EV is being prepped for trips into the Lateral Dimension. It's expected that missions thereafter will include planetary orbital mechanics, thus creating polar orbiters and various spacecraft, plus missions of exploration and discovery.

Space1 Index Elevation Machine

https://space1usa.blogspot.com/2018/11/space1-index-elevation-machine.html

Space1 Elevation Machine Lateral Dimension Mission
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-missions.html

Space1 Elevation Machine Core
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-core.html

Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html

Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Space1 Precipice of Dimensional Travel

At the Precipice of Space Time Dimensional Travel
SPACE1 continues to develop dimensional space time travel, to, from, and through new dimensions never before thought possible. A new updated dimension index to cover the potential dimensions and the crafts required to journey there is now available.

Now added are journeys of exploration up to the door of new dimensions for inspections and research, often to take in the incredible sights of these newly discovered places of transition in space and time. The recent invention of the Elevation Machine, as a new way to traverse space and time, has opened up new worlds of dimensional exploration.

Space Dimension Index
https://space1usa.blogspot.com/2018/11/space1-space-dimension-index.html

Space1 Elevation Machine Lateral Dimension Mission
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-missions.html

Space1 Elevation Machine Core
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-core.html

Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html

Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Space1 Lateral X Dimension

Exploring the Lateral X Dimension
SPACE1 is transforming missions from vertical Y realm with Rocket X to Lateral X Dimension missions with the Elevation Machine. This adds a new dimension for exploration to the list of dimensions for space tours, research, exploration and discoveries.

LATERAL x Dimension has many unique attributes when explored from inside the Elevation Machine. It can go on forever in the X dimension and this is most suited for EM exploration where it can stop at any place in space and time.

This is indeed a strange dimension that can be conducted from one point in space time on the Earth and shoot out at the speed of light to a predetermined location or just to explore the dimension. It can avoid rocket parameters but still garner and take in the extremes of bold brilliant vision apparitions.

Space1 Elevation Machine Lateral Dimension Mission

Blasting the Lateral Dimension
SPACE1 has written the guidelines for the first series of Elevation Machine (EM) trips into space. The first Hop Missions will be farpoint excursion exploratory trips into the Lateral Dimension AFAP.

Long posed, trips into a sole lateral dimension AFAP are for testing purposes mainly, and include shooting out and vectoring to mountains that are ultimately ten, twenty, fifty and one hundred miles away. In the experiment and throttling the EM and since no humans are actually on board, one must contemplate an infinity throttling to see what will happen and exactly how far delving into the LD-AFAP is possible.

These Hop Missions will test the Lateral Dimension AFAP propulsive effectuals. Since there is no rocket fuel used as we know it, the goal will be to reach the targeting vector and hover above the target range of perfusion. The mathematics pathway is the solution for a horizontal asymptote. Horizontal asymptotes are horizontal lines that the graph of the function approaches as x tends to +∞ or −∞. As the name indicates they are parallel to the x-axis. If the polynomial in the numerator is a lower degree than the denominator, the x-axis (y = 0) is the horizontal asymptote. This begs the questions, what is the exploratory infinity approach vectoring limitation of a lateral induced horizontal asymptote pathway? Is there asymptote warping in the pathway? What is the limitation of an infinity trip? How far doe the Lateral Dimension AFAP extend into space? Does the Elevation Machine have any distance travel limits and if yes what are the limiting parameters? What is the amount of delta T to reach various common destinations, and the uncommon? What new things were discovered during the mission? What is the visible shape of the Lateral Dimension during space travel when the Elevation Machine is pumped up to a speed of 186 thousand miles per second? Based on ejectal time, plot a chart showing the distances of some object.

Elevation Machine (EM) Links
Space1 Elevation Machine Lateral Dimension Mission
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-missions.html

Space1 Elevation Machine Core
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-core.html

Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html

Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Space1 Elevation Machine Core

EM Expert Tech
Priming the Dangerous Core - Not a Time Bomb!
Space1 has opened up and exposed the core and primed the Elevation Machine (EM) for one of the first advanced missions into space.

Humanoido, founder of SPACE1 and Chief Scientist, is educated on his own invention, the Elevation Machine, and volunteered for the job no one else would touch. It's not surprising as accessing the core is much like disabling a bomb, work careful with precision, have knowledge to not touch the wrong part, and don't blow up!

— SPACE1 is now moving towards one of the first and most exciting space missions solely with the Elevation Machine, like hopping from space realm to space realm, it's going to be a phenomenal ride /Humanoido —

Generally, to set and prime the Elevation Machine (EM) for an advanced space mission, it must be opened up to the core and primed. After the EM is opened up and disassembled, the priming procedure begins, the nodes are moved into a process of delicate calibration, the diags must set into exact formative disposures, and the arrays are laid down in their gimbals in proper alignment. Only then can the core be tracted to numbance position and locked down. Heaven forbid if the core is dropped, mishandled, mis-calibrated, incorrectly rotated, not locked down, or off by a parametric more than one millionth of an inch.

The first numbance traction was highly successful and Humanoido's careful and steady hands enabled the disposures, final setting the arrays, and a successful lock down. More info will appear about the first space mission and taking the Elevation Machine out for a spin into space for its first ultra mission so stay tuned!

New & Pertinent Vocabulary
Ultra Mission - missions conducted by use of the Elevation Machine
Elevation Machine, set, prime, node, core, calibration, diag, formative, disposure, array, gimbal, alignment, tracted, numbance, locked, setting, space hop

Links
Space1 Elevation Machine Core
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-core.html

Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html

Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Space1 Elevation Machine Applications

New Spectacular Applications of the Elevation Machine
The large and massive Elevation Machine is a vast machine of tremendous precision, which took extreme effort to manufacture, and is housed inside an equally vast structure that hangs in space at one end untethered, and is anchored to the Earth at the other end. The convenience of operation, though advanced technical, is called amazing because it can duplicate rocket missions without the rocket.

— will the Elevation Machine replace rocket travel? —

In a race with a rocket, the Elevation Machine EM is measured one million times faster than the rocket, and having the advantages without the inertial G forces or weightlessness. There is no space sickness, or waiting to reach orbit, or the searing heat from reentry into the Earth's atmosphere. There's no risky and time consuming splash down in the ocean, or unpleasant hard landing on the earth. After a mission, there's nothing to refurbish for the next space trip. The EM needs no self contained pressurization, atmosphere, capsule, parachute, boosters, thrusters, fins, nose cone, cockpit, or rocket engines. As a bonus, there's an element of safety that put the EM in a class beyond rockets.

There's a long list of advantages to using the EM for completely new projects. Applying the EM to space applications may revolutionize space travel in ways that we cannot imagine today. SPACE1 will continue to define EM apps and publish information at this site. Stay tuned.

Space1 Elevation Machine Applications
https://space1usa.blogspot.com/2018/11/space1-elevation-machine-applications.html

Space1 Elevation Machine
https://space1usa.blogspot.com/2018/11/pace1-reach-rocket-elevations-through.html

Space1 Elevation Machine

Enter streamlining high technologies for the next generation of taking humans into space

Racing a Rocket to Space
Elevation Machine
Without ever launching a single rocket, SPACE1 can reach the same rocket space altitude and highest points of rocket trajectories, for the purpose of orbital mechanics, research, testing, observation, study, design, preflight, and to experience strange unknown space anomalies without any danger to humans, by using the new powerful SPACE1 Elevation Machine (EM).

Giant biparting doors slide open, electrical machines harmonize with a loud basal grinding sound, spurious electromagnetic radiation is contained, calibrated and honed, massive mechanical movement dominates and you jump back not to get crushed in the path of new Elevation Machine. The EM is taking you into space before the Rocket X launch. It's not a rocket, not a ship, has no rocket fuel, no G-force, and no need to put on a spacesuit or remove your foot from the solid foundation of the earth.

Island mountain - testing at the South Pacific Ocean

Your first mission goal, reach the top of a mountain before the rocket! How is that possible? A rocket can fly supersonic, faster than the speed of sound.

It's a race of space-time and powerful machines! Buckle up and don't blink! Distance is ultimately reached by this rocket in only seconds but the powerful enigmatic Elevation Machine is even faster, created by a special division and location at SPACE1 using high tech recycled project parts and components, and it can process specified locations in space-time, swiftly reaching the top of the mountain by utilizing the power of electromagnetic radiation traveling at the speed of light.

The honed "speed of light" Elevation Machine has many fantastic uses at SPACE1. It can take a person on extreme accelerated trips without crushing bones (if it were a rocket, it would crush humans to a pancake). It can take a person inside elevated atmospheric cells without entrapment at specific points of the troposphere. It can enter into space orbits without coming out in the wrong place of space-time. It will find and locate nuisance birds in the wrong place at the wrong time before a rocket launch. It can recreate rocket orbital dynamics knowledge and confirm geometry and higher order Calculus and Differential
equation mathematics ahead of time and fly the flight before the rocket. It can fly boldly in and out of clouds without corrosive containment radiation or contamination. It can take preliminary rocket trips following the same path of the rocket before the rocket departs.

The EM can set its own orbital paths and use sensors to capture and record specific missions in many ways no different than a rocket mission or exploratory satellite. So go to the Moon if you wish, or set your own special type of Planetary Colonial Exploration.

In effect, the EM can send out precursor missions. In some instances, the EM can replace entire rocket missions. By operating the massive EM machine from Earth, a new element of safety can be introduced to the space mission by converting astronauts into Elevation Machine Technicians. However, rocket missions supplemented by the EM are the best mix combination for a well balanced and informed space program. The following quote is from High Flight, a poem by John Gillespie Magee, Jr. , and is dedicated to the opening day of the Elevation Machine EM:

Oh! I have slipped the surly bonds of earth,
And danced the skies on laughter-silvered wings;
Sunward I've climbed, and joined the tumbling mirth
Of sun-split clouds, --and done a hundred things
You have not dreamed of --