Space1 Singularity Observatory Ramp Up

Humanoido's 1,325-inch 100x Amped Dialectric telescope is one of the most powerful telescopes in the world - based on technology it's situated in the magnificent and majestic volcanic spire highlights of the Pacific Ocean. This telescope is so powerful, it may be utilized with its larger companion - the obscenely large 1,800-inch already in full operation at Singularity Observatory. As interferometric tag teams with Speckled Interferometry, the twin telescopes could literal resolve the life force of planets across the Galaxy.

SPACE1 Ramps Up Singularity Observatory a Thousand Times
Tis the season, with weather changing to a feeling of telescope aperture fever with more and more dazzling stars appearing in the crispy lit Milky Way galaxy of the COSMOS every night.

The dance of the steady bright planets, the zoom of meteors, the flight of satellites, and the cast of Moon phases is enough to start the motion of energy and excitement.

Let's also mention the massive number of fantastic deep sky objects just waiting millions of years for their light to cast upon human eyes, found by precision goto tech. These are great times with technology of telescoping increasing by factors of hundreds and thousands. Singularity Observatory is opening up to this telescope technology in ways that just a few years ago were not possible. This year in 2019, we are moving towards two massive telescopes with advanced computerized dialectric and amping technology, creating click stop diameters up all the way to an incredible 1,325-inches for the first telescope and 1,800-inches for the second telescope. With statures of being the largest Earth-based telescopes of their kind in the world, these massive monstrosities are bound to break all the limits of what a telescope can do.

Recapping, each telescope is fully equipped with GOTO, Amping, Dialectrics, and Processing Imaging with Lunar, Planetary, and Deep Sky capabilities. Both hold the Metamorphosis Effect like a Chameleon, changing functions of the telescope. In the latter case, using our own optical designs, the telescope additionally transforms from an incredible LFT to an RFT that's so fast, it rivals some of the world's greatest and largest Schmidt cameras dedicated to the task..

Space1 Rocket Ratio Multiplexor

SPACE1 Rocket Ratio Multi-
plexor
RRM
SPACE1 will order many parts this week to build a Rocket Ratio Multiplexor invention to blast deeper and farther into space than ever before. This is not your standard MUX.

The Rocket Ratio Multiplexor mounts on the new Electro-dynamic Safety Rocket with the Electromag engine to pump out the highest possible performance with the given EM particle design.

The RRM is configurable per specific space mission, with given moons and planets in the Solar System. Use of the RRM will open up the possibility of deep space missions that go very deep in the SOL system, and possibly beyond the entire Solar System. The Kuiper Belt of tens of thousands of asteroids rich with metals and materials could be within reach and ultimately become a very lucrative venture. This could happen in our life time if all goes according to schedule.