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
Space1 Industries, a division of United Space Technologies, is a bold new space venture, taking you safely into space with futuristic technology. The mission - to the moon, planets and new worlds!
Showing posts with label amping. Show all posts
Showing posts with label amping. Show all posts
Saturday, July 27, 2019
Wednesday, May 29, 2019
Singularity Observatory Telescope Click Stops
Humanoido Invents Telescope Click Stops w/ Dialectric Amping ApproachYou begin with a basic chunk of glass and over time end up with a precision telescope. In this case, the chunk is dual dialectric coated
based on the constructive interference of light to add inches of aperture diameter and then run through the Amping processing to produce additional factors of 10X and 100X.
Along the way, the Dialectrics increase performance. Coupled with Amping will give three aperture click stops.Subjective Qualitative
Through Comparative Observation
Raw - 9.25
Dialectric 1&2 - 13.25
Amp 10x - 132.5
Amp 100x - 1,325
Click Stops - 13.25, 132.5, 1,325
At raw - 14
Dialectric 1&2 - 18
Amp 10x - 180
Amp 100x - 1,800
Click Stops - 18,180,1800
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Sunday, May 26, 2019
Singularity Observatory Glass Amping
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| Singularity Observatory Amped 1,800-inch telescope is fully operational in the Pacific Ocean |
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
Thursday, July 12, 2018
Skyscraper Observatory Under Construction
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| New skyscrapers closer to the sky |
with 46-Meter Xtelescope
Breaking News! Saturday July 14, 2018
All throughout the months of May, June and July, Humanoido has led the final construction of a vast new observatory. The code name for construction is Skyscraper Observatory named after the immense new high-rise building that towers up deep into the night sky.
Skyscraper Observatory
This new elevated boutique constructed skyscraper observatory structure has unusual quad wide dimensions for super stability and is located on an isolated island in the South Pacific Ocean where telescope seeing conditions are of the best in the world. Skyscraper observatory is a vast operation and is the second extremely large lifetime observatory project conducted by Humanoido.
Telescope Observatory Array
Mission control is adjacent to the outdoor telescope which is visible through an entire wall of transparent glass (with view of the telescope, majestic landscape and sky). The telescope anchors onto a suspended sky platform composed of cement, granite and wrought iron. It's sturdy structure is designed to take baking sun, rain, earthquakes and tropical storms with typhoon force winds. The telescope observatory includes a protective sub ceiling and sub lateral walls designed to withstand strong storms. The area includes running water and a three sided sub room shelter. The protective sub ceiling can shield against incoming cosmic rays.
Mission Control
The facility includes a mission control center to command the large goto digital wireless telescope, which is robotically controlled with plate solving AI and five computers. This control center includes an astronomical library, computer center, and node room for storage of telescopes and astronomical devices. Mission control is the first South Pacific Amping Telescope Center where the 46-meter Xtelescope is created and commanded. Mission Control is also the office central and corporate office for Space1 Industries in the development of safety rocket space tourism.
Main Room
Another clear glass wall from Mission Control leads to the main room, for meetings, dining, and monitoring news and weather. The main room has a wall for storage of electronics and robotics parts and is adjacent to the galley.
The Lab
This room is a laboratory for conducting work with telescopes, electronics, rockets, humanoid robots, machine life forms, and tracer drones. It also includes multiple lab benches, test equipment, library, humanoid robot showcase, and houses an inventory of rocket parts, humanoid robots, electronic parts, the Big Brain AI machine life form supercomputer, and other scientific items. Other machine life forms employed by Space1 may also work for the observatory.
Telescope Sub Portal Island
An island for the telescope is the small sub portal room. Inside are the telescope's OTA tube, 3 counterweights, mariner's chain, power supply, cables, finder scope and boxes of some big accessories. Things that don't fit are the mount, tripod and tray support, but these set next to the portal door on the floor outside, for now. The sub portal resides inside the mission control room under the steps leading to the loft. It has a floor platform and two sunken in shelves to the East.
Lofts
The observatory has three elevated high level lofts. Mission control has a monitoring loft with a wide window view of the telescope's array and the night sky. The lab has a lab loft for storage and the third loft is above the bedroom.
Inclusions
The observatory can execute highly regulated temperatures with its included four air conditioners and multiple sliding glass walls. It has three lofts, two baths, two decks, and a large elevator which rides directly to the roof for transport of telescopes and equipment for additional astronomical viewing. Here, a telescope setup shows the non-obstructed entire night sky at maximum altitude. Extra wide hall ways are for transporting wide equipment and the building employs full detail multiple security checkpoints and full time armed security guards.
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Friday, June 22, 2018
HSO Amping Pretests
The first HSO telescope amping pretests are it, and the results are absolutely phenomenal! Amping is a process of taking a small telescope and amplifying and enhancing the imaging results to resemble a telescope that's 100 times larger in aperture.
In the 100x enhancing mode, a small modest dim deep sky image of seconds
exposure showing M27 with few stars is transformed into a bright new world of dazzling brilliant color and richly studded star fields, with blazing red hydrogen and the full spectrum of colors.This is not the only test. The system is being tested on planets, globular star clusters and other nebula. Although images saved in formats that provide more information, such as TIFF and RAW are superior in some ways, the technique will still continue to work in the more spartan formats such as JPEG.
It will even work in screen resolutions, though the execution of the commands for transformation (Xform) is much more finicky and requires more finessing plus perhaps more hours to make the necessary applications.
As can be imagined, in going from a 14-inch telescope to one of 1,800-inches, a lot of fantastic detail will appear. Currently hardware is being finalized, extra software installed, and techniques are evolving. The results are published in Humanoido's new book.
HSO Amping Pretests
https://space1usa.blogspot.com/2018/06/hso-amping-pretests.html
HSO Largest Amped Telescope in the World
https://space1usa.blogspot.com/2018/06/hso-largest-telescope-in-world.html
HSO Humanoido Singularity Observatory
https://space1usa.blogspot.com/2018/05/humanoido-singularity-observatory.html
Space1 May 2018 Update
https://space1usa.blogspot.com/2018/05/space1-may-2018-update.html
Space1 News Alert April 2018
https://space1usa.blogspot.com/2018/04/space1-news-alert-april-2018.html
Space1 Astronomical Technology
https://space1usa.blogspot.com/2018/04/space1-astronomical-technology.html
Space1 Singularity Observatory
https://space1usa.blogspot.com/2018/04/space1-singularity-observatory.html
Saturday, June 16, 2018
HSO Largest Amped Telescope in the World
Humanoido's New Xtelescope is So Large It Boggles the Human Mind!
Not even this rendition of the future planned Giant Magellan multiple mirror telescope with an aggregated design set to 24.5-meters in diameter can compare to the size of the 46-meter amped Xtelescope.
News Alert!
Wednesday June 12th, 2018
the beginning of a new era
HSO: Humanoido Singularity Observatory
When Humanoido began amping (amplifying) small telescopes years ago using spectroscopic analog film and mixing special darkroom chemical formulae, it was never expected that a 10x technique level would be derived and decades later transformed within the digital world by reaching 100 times the telescope’s original classical diameter.
The illustration above shows an idea of the projected size of 1800-inches, the largest telescope in the world, being prepared for a night of imaging.
The image calculus above shows what could be a potential image through the telescope, what no man has ever seen before in this exact manner - an unexplored transitional extension into the human vision range in real time that shows the inter and intra spatial mapping of magnetic worlds and the unexplored holes that exist in between the magnetic plasma! Exploring the exciting possibilities of these new dimensions far and in between is only one fantastic endeavor out of many possibilities for such large amped telescopes examining residuals in Earth's orbital environmental realms.
— though the physical and transportable size of the amped telescope remains advantageously small, the transformed results are massively big and give the impression of a colossal telescope —
More about the photo: "Although close to home, the space immediately around the Earth is full of hidden secrets and strange invisible processes. In a new discovery published in the journal Nature, scientists working with the NASA spacecraft (Magnetospheric Multiscale spacecraft - MMS -) have discovered a new type of magnetic event in our near-Earth environment through the use of a technique innovative to extract additional information from the data. Magnetic reconnection is one of the most important processes in space, filled with charged particles known as plasma, around the Earth. This fundamental process dissipates magnetic energy and drives charged particles, which contribute to a dynamic space weather system that scientists want to better understand, and even predict someday, as we do with Earth's climate. The reconnection occurs when the crossed magnetic field lines break, explosively ejecting nearby particles at high speeds. The new discovery found reconnection where it had never been seen before, in turbulent plasma."
HSO Largest Amped Telescope in the World
https://space1usa.blogspot.com/2018/06/hso-largest-telescope-in-world.html
HSO Humanoido Singularity Observatory
https://space1usa.blogspot.com/2018/05/humanoido-singularity-observatory.html
Space1 May 2018 Update
https://space1usa.blogspot.com/2018/05/space1-may-2018-update.html
Space1 News Alert April 2018
https://space1usa.blogspot.com/2018/04/space1-news-alert-april-2018.html
Space1 Astronomical Technology
https://space1usa.blogspot.com/2018/04/space1-astronomical-technology.html
Space1 Singularity Observatory
https://space1usa.blogspot.com/2018/04/space1-singularity-observatory.html
Not even this rendition of the future planned Giant Magellan multiple mirror telescope with an aggregated design set to 24.5-meters in diameter can compare to the size of the 46-meter amped Xtelescope.
News Alert!
Wednesday June 12th, 2018
the beginning of a new era
HSO: Humanoido Singularity Observatory
When Humanoido began amping (amplifying) small telescopes years ago using spectroscopic analog film and mixing special darkroom chemical formulae, it was never expected that a 10x technique level would be derived and decades later transformed within the digital world by reaching 100 times the telescope’s original classical diameter.
The illustration above shows an idea of the projected size of 1800-inches, the largest telescope in the world, being prepared for a night of imaging.
The image calculus above shows what could be a potential image through the telescope, what no man has ever seen before in this exact manner - an unexplored transitional extension into the human vision range in real time that shows the inter and intra spatial mapping of magnetic worlds and the unexplored holes that exist in between the magnetic plasma! Exploring the exciting possibilities of these new dimensions far and in between is only one fantastic endeavor out of many possibilities for such large amped telescopes examining residuals in Earth's orbital environmental realms.— though the physical and transportable size of the amped telescope remains advantageously small, the transformed results are massively big and give the impression of a colossal telescope —
More about the photo: "Although close to home, the space immediately around the Earth is full of hidden secrets and strange invisible processes. In a new discovery published in the journal Nature, scientists working with the NASA spacecraft (Magnetospheric Multiscale spacecraft - MMS -) have discovered a new type of magnetic event in our near-Earth environment through the use of a technique innovative to extract additional information from the data. Magnetic reconnection is one of the most important processes in space, filled with charged particles known as plasma, around the Earth. This fundamental process dissipates magnetic energy and drives charged particles, which contribute to a dynamic space weather system that scientists want to better understand, and even predict someday, as we do with Earth's climate. The reconnection occurs when the crossed magnetic field lines break, explosively ejecting nearby particles at high speeds. The new discovery found reconnection where it had never been seen before, in turbulent plasma."
HSO Largest Amped Telescope in the World
https://space1usa.blogspot.com/2018/06/hso-largest-telescope-in-world.html
HSO Humanoido Singularity Observatory
https://space1usa.blogspot.com/2018/05/humanoido-singularity-observatory.html
Space1 May 2018 Update
https://space1usa.blogspot.com/2018/05/space1-may-2018-update.html
Space1 News Alert April 2018
https://space1usa.blogspot.com/2018/04/space1-news-alert-april-2018.html
Space1 Astronomical Technology
https://space1usa.blogspot.com/2018/04/space1-astronomical-technology.html
Space1 Singularity Observatory
https://space1usa.blogspot.com/2018/04/space1-singularity-observatory.html
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