Singularity Observatory Humanoido Musings

Story of the Growing Telescope
by Humanoido

It was not too long ago that I was a very young kid, designing and building my telescopes to create affordable scientific instruments for serious astronomical programs. I went through a cycle of small to larger telescopes, a 30mm, 4.25", 8", 12.5", 40" and 50". In time, and with a one room studio apartment and all the space constraints that go with it,  I was forced to invent a massive aperture adjunctive space telescope using recycled NASA parts in space. Using high technology, the largest space telescopes were made from concatenated adjuncts, bringing up diameter designs equal to miles in aperture. These were the greatest days of invention and discovery. http://humanoidolabs.blogspot.com/

Where do you go from there? Let's go to the future. After a half century had passed, new technology appeared and I could now take advantage of inventing a process which I named Amping. Layers of very advanced technology amplified a telescope by factors of 10x and 100x. With large enough base telescopes, I could now create the largest Amped telescopes in the world. On the first night out, before and after images showed the most spectacular results, mind boggling and beyond my wildest imagination using the 1,325-inch diameter telescope. This proved the reality and potential of these massive technology telescopes were well within my grasp.
https://space1usa.blogspot.com/2019/03/space1-singlularity-observatory.html

With 1,800-inch and 1,325-inch telescopes, I founded Singularity Observatory and moved to a new very isolated location, solely dedicated to telescopes. A good telescope needs a good sky with the best seeing conditions in the world, and this is when I relocated science labs and observatory to a volcanic island in the Pacific Ocean. The telescope story continues today, though the young kid is grown and one could say I'm more at the short end of the stick than not. However, this short end, being short, is also concentrated and rich with fantastic capability and an accumulated lifetime of spectacular knowledge and information. For the most part, we can do just about anything in science and technology. So this is where the story begins once again.

Singularity Observatory Big & Little Brother Monster telescopes

Smaller 1,325" 34 meter telescope exampling illustration

Monster Tele-scopes

Largest 1800" 46 meter telescope exampling illustration

These two massive giant amped telescopes, sometimes referred to as Big & Little Brother, compliment each other in spectacular ways. The smallest is 1,325-inches in diameter and the largest is 1,800-inches.

How do you handle such large monsters with limited space at Singularity Observatory?

The Observatory is under restructuring to handle both monster telescopes. As the smaller 1,325-inch diameter telescope is just completed, it's being prepared for the official celebration of First Light and the relocation to the Astronomical Gateway of the sky. This gives the 34-meter wide small fry telescope up front priority, first in queue, as the larger 46-meter big fry waits its turn. Who owns twin 34 and 46-meter telescopes? Previously the largest were only 10 meters (Keck1, Keck 2, HET), though amping is a relatively new process. Singularity Observatory technicians and construction workers are clearing land to make full space for the new giant telescope, a process that might be completed by the end of the week. Also being prepared is the new shielding against the harsh sun which reaches up to 120-deg. in the shade during the peak summer. A second new lighter weight shielding will initially be in place for more tests.

Exampling 34-meter Telescope Spectacular Performance
https://space1usa.blogspot.com/2019/03/space1-singlularity-observatory.html

Space1 Big Earthquake Shakes Space City

Giant Earthquake Rock & Rolls
Space City!
A giant earthquake violently shook the SPACE1 Complex today, on Thursday, April 18th, 2019 at 1:06 pm local time.

According to SPACE1 Meteorologist, the event was measured remotely at 6.2 and locally at 7, and apparently it was constructively and harmonically wave propagated onto the volcanic-built space island in the Pacific Ocean.

No ensuing tsunamis were visible, however, water was expelled from all three tropical fish tanks at the headquarters of the United Federation of Spacefaring Species UFSS, where the Aquatics Space Center and Aquamarine Space Center are training fish denizens for spaceflight. There were no casualties.

Although a lot of steel was shaking and making loud rattling noise, Space Rockets did not bend or topple. The Rocket X fleet is firmly stowed awaiting space flight reemergence. The current EM Electrodynamic fleet is wide mount beset on current active anti-harmonic vibration machines that kept the rockets from moving relative to the space launch center and mission control.

Singularity Observatory reports all telescopes survived, though the Observatory Director, Humanoido, made a statement about the calibration of optics may be necessary after enduring the violent shaking and vibrations.

Anti-Vibration Machine
https://space1usa.blogspot.com/2019/03/space1-rocket-antivibration-device.html

United Federation of Spacefaring Species UFSS
https://space1usa.blogspot.com/2019/03/space1-united-federation-of-spacefaring_9.html

Singularity Observatory
https://space1usa.blogspot.com/2019/03/space1-glass-amping-singularity.html

Singularity Observatory New Telescope

Singularity Observatory Explodes with a Second New Telescope!
One year has passed by since the install of the most massive and largest 1,800-inch diameter T1 telescope ever owned or built by Humanoido and Singularity Observatory. Performance with the Amped mode has outstripped anyone's wildest imagination! This month, Singularity Observatory announces the official completion of a second very powerful amped telescope, the super powerful 1,325-inch.

T2 telescope begins full operation, after running a series of tests with fantastic mind boggling results (see link).

Two telescopes are mated to work in tandem. Telescope number two, or T2, is also stand alone, and can perform from the Observatory Skyway with full clearance from obstructions during accelerated automatic GOTO modes and unanticipated autonomous AI movements. T2 has similar amping modes and can share accessories with T1. Both Singularity Observatory telescopes share their new joint location at the privacy and clear skies of Star Mountain on the volcano in the Pacific Ocean.

1,325-inch Diameter Telescope
https://space1usa.blogspot.com/2019/03/space1-singularity-observatory-1125.html
Observatory Ramp Up
https://space1usa.blogspot.com/2019/03/space1-singularity-observatory-ramp-up.html
Telescope Gone Wild
https://space1usa.blogspot.com/2019/03/space1-singlularity-observatory.html

Space1 Equator Heat & Pacific Rockets

Equator Heat & Pacific Rockets

Globe world maps show the line of intense heat where the Equator bisects the vast Pacific Ocean into North and South.


The Equator is thought of as one of the hottest places on Earth. It's better to relocate farther North to the Tropic of Cancer to reduce heat, as SPACE1 has done.

You can't hide from the heat. Tropical depressions and trade winds can also effect heat off the Equator by transferring it to other locations. The isolation of the Pacific Ocean has attracted not only SPACE1 but other rocket companies such as SpaceX. Three times, in 2006, 2007, and 2008, SpaceX tried to launch a Falcon 1 rocket from Omelek Island in the Pacific Ocean, a coral shelf perhaps a meter above sea level and the size of three soccer fields.

The island is controlled by the United States military under a long-term lease (along with ten other islands in the atoll) and is part of the Ronald Reagan Ballistic Missile Defense Test Site. Kwajalein Atoll is part of the Republic of the Marshall Islands (RMI). The southernmost and largest island in the atoll is named Kwajalein Island, which English-speaking residents often call by the shortened name, Kwaj. The first three SpaceX rocket launches from the hot weather location all failed.

SPACE1 redesigned its rocket fleet for Pacific Ocean compatibility with heat, without failure. SPACE1 is farther away from the equator and has heat relief over a 4 month period around the Monsoon. Space1 is operating away from US military bases in the Pacific Ocean and launches several rocket types. Space1 also operates a very large astronomical observatory in the Pacific Ocean by the name of Singularity Observatory with multiple largest in the world amped telescopes.

Space1 New Space Programs

SPACE1 becomes three dimensional with new space programs

SPACE1 Forms Three New Space Programs

In an unprecedented move, SPACE1 has expanded and become multi dimensional by branching its single space program into three.

SPACE1 now includes simultaneously running three new space programs defined by the type of space vehicles and methods of space exploration utilized.

The purpose is to more rapidly develop space missions and pass each space mission to their most suitable space program.

Space Program 1 - Rocket X
Under program one, space missions will pass to the powerful Safety Rocket X with the Herculean engine and potonic fuel. This program continues to develop representative space denizens, rocket planes, and its own share of technology.

Space Program 2 - Electro
Under program two, space missions will pass to the powerful Electrodymanic Rockets with the Electromag drives. This space program will enable more distant missions to the Moon and Mars, and beyond, using our most powerful technology.

Space Program 3 - Super Tech
Under program three, space missions will pass to super technology to include the merging of reality and augments. This will bring space travel down to affordable levels popularizing space tourism and potentially open up DIY space travel packages.

Space1 Moon Gear

Singularity Observatory

Moon Gear
SPACE1 rapidly moves forward with the construction of new Moon gear in order to meet the deadlines for the Live Lunar Missions, including the Lunar Landing.

* Moon Spacesuit
* Technology Helmet
* Driver Software
* Lunar Camcorder
* Power Supply Distribution
* Wireless Telemetry
* Space Housing
* Cabling
* Moon Surface HUD
* Moon Mountings

SPACE1 continues to refine and develop the manned mission "down to the surface of the Moon" using new technology with Reality and Augments, using repeatable reusable tech, and intends to make this technology affordable and available to others looking forward to space tourism and journeys to the Moon.