Singularity Observatory Glass Amping

Singularity Observatory Amped 1,800-inch telescope is fully operational in the Pacific Ocean

Glass Amping @ Singularity Astronomical Observatory
SPACE1 has a fantastic combination of private industry space rocket endeavor, and Singularity Observatory - harboring one the largest and most powerful Amped telescopes in the world! Coming in at an electronic 1,800-inches in diameter, the megalithic monster telescope can see all the way to the edge of the Universe and the outer fringes of the Cosmic dimension.

Stunning Alert - New Invention! Friday, March 15th, 2019
Reported by SPACE1 News Agency

Humanoido, Observatory Director, notes the telescope performance is directly dependent on and proportional to seasonal weather variations, and is left dormant during the Monsoon period. As Spring breaks into Summer, clear skies arise, giving some of the best seeing in the world, due to the South Pacific Ocean location and the stability of ocean front air. SPACE1 has worked one year refining observatory operations at Singularity and will continue to streamline the methodology for exploring and making discoveries.

This Summer will see the introduction of a new way to use Amping. It was discovered quite by accident that Amping processes enable lavishly equipped Amped Telescopes to fully penetrate liquid substances such as water and glass. As Summer outdoor temperatures in the tropical environment peak at 120 degrees F. in the shade, and elevate to levels of 90 - 100% RH index levels, the working environment can become quite hostile. Therefore Glass Amping a telescope with the highest technology and working behind a previous-thought abominable glass sheath can be very beneficial and convenient.

https://space1usa.blogspot.com/2018/06/hso-largest-telescope-in-world.html

Space1 Water Planets & Moons

Water Planets & Moons
Humans are not the only species primed for becoming multi-planetary by colonization on off worlds. The discovery of Water Planets and Moons changes the face of space tourism and colonization of off-world sites for the Aquatics.

Earth isn’t the only ocean world in our solar system. Water on other worlds exists in diverse forms on moons, dwarf planets, and even comets. Ice, water vapor in the atmosphere, and oceans on other worlds offer clues in the quest to discover life beyond our home planet and places that may become home to our aquatic space faring friends.

SPACE1 is engaged with nine aquatic species that could potentially become multi-planetary species, transporting to water worlds and water environments in the Solar System.

Moon Europa - Hubble spotted possible water plumes erupting off the moon's surface.

Moon Ganymede - Recent studies indicate a large underground saltwater ocean is present.

Moon Callisto - An ocean, which is thought to be at least 6 miles (10 km) deep, could be directly beneath the ice.

Moon Enceladus - An underground ocean is thought to feed the moon's impressive jets, which spray from deep fissures.

Moon Titan - Titan is believed to have a salty subsurface ocean—as salty as the Dead Sea on Earth— beginning about 30 miles below its ice shell. It's also possible that Titan’s ocean is thin and sandwiched between layers of ice, or is thick and extends all the way down to the moon’s rocky interior.

Moon Mimas - Research suggests that Mimas has a subsurface ocean.

Moon Triton - A subsurface ocean at Triton is awaiting confirmation.

Minor Planet Pluto - With towering mountains of water ice, mysterious fault lines, some hundreds of miles long, suggest that Pluto has a hidden subsurface ocean.

Planet HAT-P-11b - The smallest exoplanet known to have water. HAT-P-11b is 120 light years away in the constellation Cygnus.

Planet GJ1214b - Composed almost entirely of water, it's larger than earth but smaller than the planet Uranus and located just 40 light-years from Earth.

Space1 Fish Ears

SPACE1 studies reveal fish with hearing. Space faring fish will need sound considerations during rocket flights.

To keep fish from becoming psychotic, it's highly recommended to use external HOB tank filters where the hum and vibration of the aquarium filter and electric pump is more isolated outside the tank.

Sound that’s generated underwater stays underwater; very little sound passes from water to air. So you won't hear much when your loud filter motor is underwater. When your head is out of the water and you listen to a sound made underwater, you don’t hear much. But if you put your head under the water, the sound becomes much louder.

You also feel more of a sound when you’re underwater. Above the surface, the sound waves only vibrate your eardrum (unless the sound is very loud). When your head is submerged, your skull also vibrates with the sound because it's close to the same density and elasticity as water. Below the surface, sound waves pass directly through the water and into your head. These are all significant considerations for fish.

Water is a good conductor of sound. For starters, sound can travel through water up to five times faster than it travels through air. When a sound is carried to you through the air, you judge the location of its source by comparing when the sound reaches one ear versus the other. But when you’re under water, the sound travels so fast that it reaches both ears at almost the same time.

Space1 Rocket Fuel Recap

All these rocket engines are now obsolete

Rocket Fuel for Rocket X
Space1 is now using massive tanks of liquid rocket fuel of Hydrogen and Oxygen which is readily available for free on the Earth and all other planets that have a base of water on the surface or in the atmosphere, with the associated atoms. This could include refueling stations on the Earth, Moon, Mars, Mercury, and moons around Jupiter.

Space1 Fish Cyborg Density Experiment

Humanoido, founder of Space1, is preparing to take cyborg fish into space. 

New derived software and cyborg hardware will give spacefaring fish the power of speech. 

Space fish must be efficient, fitting into the most compact water environment or water filled space suit. Therefore, fish density per unit water is the subject of this experiment.


Experimenting with Space Fish
Some books recommend a fish density of 2 to 3 average size fish per gallon of water. A US gallon of water weighs 8.34 pounds which adds considerable rocket payload mass. The objective is to reduce this weight as much as possible while maintaining a good environment for the fish. However, there is a limit. In order to maximize the efficiency of water use, multiple smaller fish are kept per unit area. What is the ideal fish density in water?

The Fish Water Density Experiment was conducted to make determinations. In a tank with a size of 20x13x16 cm,  a maximum of eleven small fish are possible for long term habitation. This gives laterally, 11 fish in a 20cm stretch, each with a 1.8x13x16 cm dimension, or 374.3 cubic cm. This has proven to be totally sufficient per fish. Taking one fish into space will reduce the water and weight requirements. The experiments concludes that a space suit or space fish water environment (for one fish) less than 370 cubic cm will be sufficient.

HSO Cloud Cracking

Fantastic Breaking News!!! Humanoido, Observatory Director at HSO Humanoido Singularity Observatory, has perfected a cloud cracking invention that makes, for the first time, cloudy nights usable for lunar and planetary imaging. Cracking  clouds is a process that opens up lesser dense regions in between obscuring clouds making visual observations and digital imaging possible. This makes many cloudy nights usable for astronomical imaging. 

The water vapor is subtracted from lunar planetary images using hardware, software, and technique. The technique also works for multiple layers of cloud moisture, both large and small cracking, and is dependent on cloud delta x, the speed and distance at which a cloud moves in real time to the calculus of local weather conditions. Cracking is also possible for light haze and other sky conditions. In regions with clouds and non telescope days for two thirds of the year, cracking opens up sky observations and reduces non telescope days to only one third. Cloud cracking works well with large amped telescopes.

Space1 Rocket Launch Pad Water Tower

Launch Pad Water Towers

Space1 has discontinued and obsoleted the use of water towers in the space program. 

Judicious selection, formulation, and method of feeding nonflammable fuel and the intentional lack of the need for cooling the one S1 massive engine has negated the use of large water towers to cool the launch pad.

This has made possible portable launch pads, that can be transported to a variety of spaceport locations and then retracted, packed up, and removed to storage in waiting for the next mission.

Launches and missions are more efficient and permanent/ static launch fields are no longer needed. This saves typical land rent, lease or purchase, and again lowers the cost of tourism missions by saving millions of dollars.