Singularity Observatory Eyes Third Telescope

Singularity Observatory Eyes Third Telescope
Singularity Observatory, after the massive investment of two world's largest amped telescopes (the 1,325-inch and 1,800-inch) is now eying a third powerful telescope to form a metrical astro triage

Humanoido, Observatory Director of Singularity Observatory, announces a new third telescope in the works and it will become the smallest (450-inches) of the large aperture telescopes at the Singularity Observatory Pacific location. The telescope is auto amped and has a special design to penetrate haze, fog, smog, air pollution, specific cloud types, and light pollution of varying degrees. This opens up to fifty percent more potential observing nights per year. The third telescope is extremely portable and can be taken far up into the largest volcanic Pacific mountain range for the ultimate in DSO penetration.

Third Telescope Specs
Amping Levels - 10X & 100X
Aperture - 450 inches Diameter
Mount - Altazimuth
Stellar Polar Alignment - Automatic
Object GOTO - Automatic
Mounting Calibration - Automatic
Database - Yes
Calculated Objects Per Night - Yes
Augmented Reality - As Needed
Star & Mounting Calibration - Automatic
Designation - Prime Deep Sky
Multiple Image Alignment - Automatic
Enhance Software - Automatic
CCD Sensor - SONY IMX224
Sensor Size - 1/3"
Sensor Pixels - 1.2M
Sensor - SONY Exmor & NIR Tech
Amp - Anti Amp Glow
Read Noise - Extremely Low 0.75e – 1.5 e
Sensor Comparable - sCMOS or emCCD
Wavelength Sensitivity - High in IR range
DSO Software - Auto
Power - Lithium Ion
Rechargeable - Yes
Other Telescopes - 1,325-inch and 1,800-inch

Singularity Observatory Remote Mountain Study

The author has developed a remote and safe way to study wildlife and fauna in the mountains of
Taiwan from a safe distance. Trekking on the mountain in person and exposing one's self to
wild predators is extremely dangerous including the possibility of being eaten by a wild black
bear.

A Study of Remote Mountain Wildlife and Fauna by the Repurposing of Aplanatic HD Schmidt Cassegrain Amped Catadioptrics

by Humanoido @ Singularity Observatory & SPACE1 Industries

Like the unperturbed evolution of wildlife on the Galapagos Islands, it’s imperative to safely study the ecology of jungle forest mountain wildlife and fauna within the Arpeggio Mountain Pacific Rift without disturbing surrounding ongoing evolution.

How to conduct a useful scientific study without actually trekking into the dangerous and treacherous mountainous regions and disturbing the pristine footprint of millions of years of ecology?

The author has developed an inventive application to monitor mountain vegetation and wildlife from a distance of up to twenty or more miles away depending on conditions. The instrument is a modified and enhanced catadioptric with an amped aperture over 1,400-inches in diameter. The program includes studies of animals, insects, birds, reptiles, plants, aquatics and any species within the instrument’s resolution at the time of given atmospheric conditions.

The conservationist program is conducted by Humanoido from a distance of about ten miles. The instrument is optically driven with multiple surfaces of fourth order differential curves, amplification equipment, dialectric filtering and specialized oculars. The obs recording device is a specialized Deep CCD array with a high density multi core receiver for Tb data. The gathered data is then fed into a mating reciprocating machine - the Reciprocal Image Determinator, that enhances results.

The system includes the following programs of tremendous importance:

* The variety of plant and animal species are recorded and counted
* Forest Jungle densities and habitats are determined
* A determination is made for species counts as to whether the subject is going extinct or nominal in population
* New species are discovered and cataloged
* The evolution of jungle and forest is recorded along with any precipatating changes
* Activities of corresponding weather, seasonal conditions and changes are recorded
* Forest Jungle locations are noted for their densities of land, jungle vegetation, and animal density and types
* Mountain cartographic divisions are mapped out to specifications

Given the setup of the system, trekking into the mountain by proxi with the technology is convenient and completely safe from poisonous spiders, snakes, killer wasps and bees, stinging army ants, poisonous beetles, harmful Komodo dragon Monitors, alligators, leeches and slugs, fungi and bacterial diseases, deadly virus mitigations, and other killer species. The system is convenient, and can be conducted from an outdoor deck or free open area in line of site to the Pacific mountain range.

Singularity Observatory Telescope Visual Treat

M27 Example - Small, medium, and large telescopes perform like the world's largest telescopes, or better, when enhanced by Humanoido's Amping process. Now, for the first time, Humanoido takes you through the eyepiece of the telescope to visually see the remarkable transformations happening with space and time. It's a feast of glowing spectacular color, vast outcroppings of blazing interstellar dust and matter, and a far deeper penetration into the great enigmatic abyss of space-time that holds trillions and trillions of stars and objects.

Telescope Visual Treat
Ever dreamed of looking through a 1,325-inch diameter telescope? Singularity Observatory in combination with Humanoido are making this possible for the first time.

Check the link below, showing the before image from a standard telescope (inset) and then the amped telescope version of the same object. The results are mind boggling.

Before and after (click on this image for proper size)
https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjIO8PL6W0dp9m0asmK-u051ubMJb-OONABi3hM1aYFRFdP-AW-9lb2lizuIBFoGJouFUBrZrhD1BGrbDpK9ZBfjKzDZ35i3W4rzpexIHlhaRQfq2ZFQZWRMgJdP_7feFr-tk9PT4zE5SIZ/s1600/slow+fast+star+field.jpg

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

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

Singularity Observatory 1,325-inch Telescope

Spectacular COSMIC Vision
Singularity Observatory:
Building a New Massive 1,325-inch Diameter Dialectric-Amped Telescope
Blazing stars and flashing lights go off as Singularity Observatory is once again celebrating the construction of a massive telescope, with a huge investment in astro parts, this time to make a second fully amped telescope. The new telescope is at 1,325-inches of diameter with robotic AI computerized GOTO machines that will be mounted high atop the open Skyway at the observatory in the vast wide open Pacific Ocean this Summer.

The highly precise telescope optics with forth ordered differential glass curves are custom crafted by a team of professional master opticians working in two countries and then double certified for a go or no go approval. The final completed telescope will be comprised of precision optical and machined parts from companies 1, 2, 3, and 4. This includes multiple special dialectric coatings designed to achieve 99% effectiveness, using from Physics - the constructive interference of light waves, making the overall telescope perform like a much larger diameter telescope. The overall exciting and breathtaking monstrosity of a telescope will be meticulously built - assembled and tested by Humanoido working in the Pacific Ocean.

The schedule for telescope completion depends on the receipt of all parts, and should be completed in the following month. Parts are expected to arrive in April and the telescope should be completed in May, ready for First Light in June. The previous telescope was put into operation last year (2018) at Singularity Observatory and is 1,800-inches in diameter which is 475-inches of diameter larger. Both ELTs, extremely large telescopes, are capable of incredible cosmic vision to the edge of the Universe and making spectacular discoveries. Stay tuned as we update the status on these two giant telescopes. These two massive twin telescopes will be in full operation during 2019 and ready for the Mars opposition in 2020.

The good news is that Mars oppositions are not over. In 2018, Mars approached the Earth at a super close distance of 35.8 million miles on July 31st. However, two years later in 2020, Mars will be only 38.6 million miles from the Earth, and once again very favorably located with a large looming size during the October 6th closest approach, ideal for superior telescope observations. Given the clarity of no global dust storms, the 1325 telescope will be ideal for Mars as it cuts through a smaller diameter Earth weather seeing cell, minimizing angular deflection of light rays, thus producing relative ultra sharp images of the finest clarity.

Space1 May 2018 Update

Breaking News! Friday May 18, 2018
May brings summer to the tropics and temperatures have already exceeded 106 deg. F. This is deemed too hot for space launches in summer just as winter temperatures too cold in the North are prohibitive. Therefore, Space1 development operations are brought inside for the summer season, and more importantly, there's a special hand-off of space operations this year to HSO.

HSO (Humanoido Singularity Observatory) is Humanoido's new powerful and innovative space telescope observatory, equipped with a precision super enhanced catadioptric high resolution telescope amped to 1,800-inches in diameter. This amped scope mimics a 46-meter telescope, the largest amped telescope in the world. The mission is for HSO and this telescope is to take the baton and run with it, by initiating various space launch missions during the night when temperatures are cooler.

Next month, operations will begin the search for a new housing structure and location to include Space1 Headquarters, Rocket Development, Humanoid Robotics Group, Humanoido Singularity Observatory HSO, various science labs and residence. Simply put, the current location is outgrown.

Humanoido, as most people don't know, has moved the full array of scientific operations, rockets, humanoido robots, machine life forms (AI) and HSO to an isolated small private island at an undisclosed location in the Pacific Ocean, where atmospheric conditions are considered the best in the world for launching rockets and telescopic observing.

At considerable expense for the move, and shipping such heavy HSO components, the main part of the operation is now complete. HSO posts will initially appear here, as part of the Space1 site, and later will appear on a main index. The HSO Platform is a powerful division of SPACE1.