Atmospheric Study - Spectacular Captured Weather Subsystems

Atmospheric Study - Spectacular Captured Weather Subsystems for Extended Observations
It was discovered that spectacular weather subsystems exist in and around regional active volcanic mountains where it can be clear in one area and obscured and raining in another. How is this useful to astronomical imaging? Can the telescope view sky objects during rain? Do these weather subsystems divide and what are their rates of changeability?

PHOTO

In a general example, entire mountain ranges can disappear while others remain visible, depending on weather conditions. In other specific examples, clouds are seen in front of some clear area mountains and not others.

WEATHER POSITION These weather systems move inside, over top side, surrounding the sides, and extending to the base of volcanic mountains.

VOLCANIC MOUNTAINS

There are five main surrounding active volcanic mountain regions, each at varying sizes, distances and elevations. 

LOCATION

The volcanic mountains border on the Pacific ocean where a weather front can spill over into the mountainous formed depressive bowl and weather is thus held captive. Weather inside the bowl is shown to move around, affording clear views in one location and not in another. Sometimes these systems are static more or less, or can be in a high rate of motion and change.

RATE OF CHANGE - SIZE - CONTENT
Weather can change in 20 minutes and one weather cell may have a different rate of change compared to another. Cells can vary in size and content. Some cover entire mountains while others are seen as small prevailing cloud systems obscuring a small mountainous fraction.

CONCLUSION

During daytime, subsystems are visually spotted and the telescope is directed to open areas of the sky for astro imaging or to specific mountains for conservation study. At night, weather subsystems are found with imaging cameras that see in the dark.

Monster Astro Projects

New Orion brand telescopes wait as skies begin clearing

Monster Astro Projects & Updates
The largest projects are described as of Wednesday, November 10, 2021

Numerous ongoing projects make use of the telescopes for astro imaging, conservation, weather, and technical studies. Never a moment lost - if the day is clear, the telescopes are pointed to the mountains to study and statistically categorize the ecology to include plants and animals, large insects and terrain. This area is surrounded by mountains, some 100 miles away, and the telescopes provide exceptionally clear magnified views for visual studies and photographic imaging.

If the night is mostly clear but with sections that may have upper atmosphere haze, or smog, fog, air pollution, heavy humidity, or breaks in the clouds, various inventions are deployed to penetrate the hood to resume astronomical observations.

Main divisions include:

* Singularity Observatory

* Solar Observatory

* Astro Imaging Laboratory

      Equipment, telescopes, accessories purchases

* Conservation

      Forestry study of mountains, plants, animals, birds and resources for

      conservation

* Cartography

      Moon mapping & atlas creation for lunar colonists

* Atmospheric Studies

      Invented methods to penetrate clouds, haze, air pollution, water vapor and haze

Main Sections

* Outdoor Pacific Ocean Astronomy

* Indoor Astronomy

* Armchair Astronomy

Perfect Weather & Clear Skies

The month of November is going exceptionally well. The weather has cooled to the perfect temperature of around 70 degrees and the skies are mostly clear and transparent, providing outstanding views of the mountains for conservation studies and the sky for planetary observations and weather studies. Mother nature has given five months of clear nights after two years of rain and overcast conditions.

Accessories, Inventions

This year has see the purchase of accessories and inventions to penetrate clouds, haze, air pollution, water vapor and haze. 

Telescope Trends

The trend of telescopes: at age 20, the goal was to make the largest telescopes possible. The progression went from 4.25" to 8 and then 12.5. At age 30s, weightlifting helped with strength to build and hoist the world's largest amateur telescope with a plate glass objective at the time - 40 inches in diameter. This was followed by two 50-inch telescopes around age 40s. At age 50s, the telescopes progressed into new inventions - giant power telescopes and then super large space telescopes using recycled nasa parts in space worth trillions of dollars. By age 60s, methods were invented to amplify the power of smaller telescopes into 925 and 1,400 inches aperture. By age 70, the telescope continued to shrink so they could become more manageable, easier to carry and set up.

Digital eVscope Not for this Region

It was finally discovered that, among other problems, Unistellar eVscopes in this region fail due to the combination of severe light pollution combined with haze that occludes and obstructs swaths of stars preventing the telescope from properly calibrating and plate solving.

Busy Making the Lunar Atlas

With renewed interest in the Moon, new private industry moon landings, scientific lunar outposts in the making, upcoming vacation tours to the Moon and potential off-planet colonization, a lunar atlas is in the works. It uses actual raw and processed lunar imaging from our best and most powerful telescopes at Singularity Observatory.

Observing the Sun

Recent telescope upgrades now include a solar observatory, complete with solar filters, abilities to view and image and count solar sunspots to determine sub periods of min and max, transits, eclipses, specula, and other phenomena. Tests will be made on prominences and the solar corona, and correlations with the aurora borealis and aurora australis.

Armchair Astronomy Astronomical Imaging

"Armchair Astronomy" Astronomical Imaging the Jovian System
Focus on the Jupiter system Thursday, November 4th, 2021

Left: Ganymede moon of Jupiter, Space1 is developing a mission to Ganymede with the Dynamonic Propulsive Star Gate

Left: Europa moon of Jupter presumed to have live in the ocean beneath the surface crust

Left: Io moon of Jupiter

Top: Planet Jupiter in various stages of processing