Mistori Solar System

Einstein's cross is one of the best examples of this effect.

Einstein's Cross, or G2237+0305 is perhaps the best known gravitational lens in the northern sky. A distant quasar is "split" into four parts by a closer foreground galaxy. The gravitation field of the galaxy bends and refocuses the light from the distant quasar into four roughly equal components. This galaxy has a designation CGCG 378-15, a 14th magnitude system in the constellation of Ursa Major. This galaxy is not very difficult to view even with moderate aperture but the quasar is a different story.

The southern component A has a magnitude of 17.36, component B (northern) is 17.39 magnitude, C (eastern) is 18.43 and D (western) is the most difficult at 18.72 magnitude. Barbara Wilson provided much of the information on this object. The key to seeing "the cross" is a combination of large aperture, very dark skies and excellent seeing conditions.

Possibly the most distant object in the night sky, this is a double image of Q 0951+561(Mistori) & Ngc 3079. The quasar itself lies at a distance of around 8 billion light years (that is, the light left this object before our solar system had even formed. To the right is an intervening galaxy group (invisible in the image) that bends the light from the quasar above and below the galaxy group (a gravitational lens), resulting in us on Earth seeing an image of the same object twice. The galaxy group bending the light is itself 3.6 billion light years distant. Extrasolar Planets discovered in ursa major in Einstein's Cross, or G2237+0305 is perhaps the best known gravitational lens in the northern sky. A distant quasar is "split" into four parts by a closer foreground galaxy. The gravitation field of the galaxy bends and refocuses the light from the distant quasar into four roughly equal components. This galaxy has a designation CGCG 378-15, a 14th magnitude system in the constellation of Ursa Major. This galaxy is not very difficult to view even with moderate aperture but the quasar is a different story.

The southern component A has a magnitude of 17.36, component B (northern) is 17.39 magnitude, C (eastern) is 18.43 and D (western) is the most difficult at 18.72 magnitude. Barbara Wilson provided much of the information on this object. The key to seeing "the cross" is a combination of large aperture, very dark skies and excellent seeing conditions

History

The first time the mistori solar system was discovered on the 16th August 1996. I Darryn found the blue sun of mistori and as i travelled away from the mistori sun i discovered the planet vulcan and its moons Micar, Eckloc, and Pareniztan. Once we perfected the art of interstellar travel we revisited the system on the 21st of october 2000 The travellers name was Warwick and i was the mapper for this exercise. We mapped the mistori system all the way out to the eighth planet Galahar. The other two planets Saudara, and Parez were discovered on the 2nd of January 2002 when we visited mistori and found that Q0957+561 was in fact the mistori solar system. The traveller for this exercise was Donna and i was the mapper for this journey in the future we intend to revisit the mistori solar system to search for more planets and moons to see if there are any other planetary bodies out there.

Parent Star: Q 0957+561

The mistori is composed of mistori and eight planets. mistori is a class G star. This yellowish star is little bit hotter and brighter than our G 2 star. mistori will have a life span of 9.18 billion earth years Planet Vulcan and four other planets orbit around Mistori. The innermost planet, Pico, is small, rocky and too hot for any forms of life. The second innermost planet, Gesar , is a little larger than Pico, but again too hot and rocky to allow any form of life. Further out from Mistori, there is a Habitability Zone where Vulcan and Ecnoch orbit. Vulcan is a perfect planet which has an atmosphere and water. Ecnoch is on the outer edge of Habitability Zone, but is covered with rocks dust much like mars. Niruin is the fifth planet, and is the largest planet in the system, and has no sign of any life form. there are three other planets beyond Niruin

Other designations:	Twin Quasar, Double Quasar, Twin QSO, QSO 0957+561, Q0957+561, SBS 0957+561, TXS 0957+561, 8C 0958+561, PGC 2518326
Constellation :	Ursa Major
Discovery Status:	Confirmed - Interstellar Travel
Right ascension:	10h 01m 20.99s
Declination:	+55° 53' 56.5
Distance	7,800,000,000 ly (2,400,000,000 pc)
Discovered By:	Wingmaker 732 on 16th August 1996
Apparent dimensions:	0.42´× 0.22´
Apparent magnitude:	16.7
Visited	1996 Interstellar Travel

Planet: Pico

Pico is the nearest planet to mistori sun. Also, it is the smallest planet in the mistori Solar system. The distance of pico from the sun, is 0.33 AU (Astronomical Units) and it takes Pico 0.19 earth years (Approximately 69 earth days) to orbit the mistori. Pico' structure is composed of the core, mantle, and crust. The outer part is called crust, the medium part is called the mantle, and the inner part is called the core. This structure mainly made of silicate rocks. The surface of Pico is covered with dust, rocks, and boulders and is being heavily cratered by meteor showers that strike the surface of Pico. There is no atmosphere. Pico is also known as Boreas

Pico Statistics

Object Type: Extragalactic Planet Parent Star: Q 0957+561 Discovery Status: Unconfirmable - Detected via Microlensing Mass 7.62 Year Discovered: 1996 Detection Method: Gravitational Microlensing Discovered By: R. E. Schild Mean Distance: 0.33 AU Orbital Period: 69 earth days Planetary Data File Atmosphere : No Match Plant Life: Planet is Lifeless Water : No Water Life Forms : No Life Forms Visited 1996 Interstellar Travel

Planet: Gesar

Gesar is the second planet in the Mistori solar system. The distance of Gesar from the sun, is 0.66 AU (Astronomical Units) and it takes Gesar 0.66 earth years (Approximately 241 earth days) to orbit the mistori sun. Gesar's structure consists of core, mantle, and crust too. Crust and mantle are made of granite rocks, but the core is made of solid iron metal. Gesar is denser than Pico. The surface of Gesar is mostly covered with rocks and dust like Boreas, but less cratered. Gesar is also known as Zephyrus Gesar has an atmosphere that is mainly filled with carbon dioxide. The temperature on the surface is a lot hotter than Pico. These conditions make the existence of any terrestrial life almost impossible.

Gesar Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	10.23
Year Discovered:	1996
Mean Distance:	0.66 AU
Orbital Period:	241 earth days
Planetary Data File
Planet Surface:	Purple In colour
Atmosphere:	Purple In colour
Plant Life:	No Plant Life
Water:	No Water
Life Forms:	No Life Forms
Satellites:	Eploc Nocta

Planet: Vulcan

Welcome to planet Vulcan. It is a small, oceanic planet in the Mistori System. Vulcan is a warm planet containing plenty of moisture and sustaining a wide variety of life forms and bio zones. The rocky silicate crust permits unique and varied land formations to also exist . Vulcan has at least five climate zones, each very different from the others. The stable atmosphere makes Vulcan an excellent choice for cosmic travelers looking for a lush new habitation. Vulcan is the third planet from the mistori sun. The distance of Vulcan from the sun, is 0.97 AU (Astronomical Units) and it takes Vulcan 0.96 earth years (Approximately 354 earth days) to orbit mistori. Vulcan is a planet containing plenty of waters on the surface and a good atmosphere that absorbs the energy from the Sun. Vulcan's atmosphere recycles water and other chemicals and sustains moderate climates that are suitable for a wide variety of life forms and bio zones.

Vulcan has several large tectonic plates that form the surface of the planet. The locations where the plates' collisions or subductions occur are called hot spots. In the hot spots, many active volcanoes exist and they shoot out hot magmas on the surface. This hot magma became the rocky continental crust and it permits unique and varied land formations. Accompanied by volcanic explosions, extremely dangerous earthquakes are generated occasionally. Although mistori is little bit warmer than the sun in the Solar system, temperatures on planet Vesta are very similar to those of Earth because it is located 0.97 AU from Mistori. Vulcan has five major climate zones: tropical, tepid, temperate, glacial, and polar. Vulcan is made up of approximately 80% water and 20% land. their are three moons orbiting around vulcan called Micar, Eckloc, and Pareniztan.

The Mistori / Ionious Solar System is located in the Arm of Orion in the Milky Way Galaxy. This solar system is composed of a sun and Eight planets. Vulcan is also known as Vesta

Vulcan Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	20.92
Year Discovered:	1996
Mean Distance:	0.97 AU
Orbital Period:	354 earth days
Planetary Data File
Planet Surface:	Sandy brown, Green & Blue in colour.
Atmosphere:	Liquid Air Compound
Plant Life:	Vegetation Mostly Forest.
Water:	Large bodies of water on the surface of vulcan.
Planetary Core:	Iron core
Life Forms:	2 Races of Vulcan Greys
Satellites:	Micar Eckloc Pareniztan
Habitability:	Earthlike Temperatures at Mean Orbital Distance

Orbital Data Of Vulcan

Vulcan's orbits around star Q 0957+561 is every 354 earth days.
When the mistori sun and our sun align every 11 years and vulcan passes directly in front of the mistori sun the lensing affect of lensing galaxy projects a shadow of vulcan upon the surface of our sun for years scientist have been trying to prove the exsistant of a planet orbiting around our sun and have never been able to find the ghost planet reason why they can not find vulcan in the meridian system is because there is no such planet we are just witnessing the aligning of two suns and the lensing galaxy in action.

More On Vulcan Enter

Planet: Ecnoch

Ecnoch is the fourth planet from the Mistori Sun, and it is a sister planet of Vulcan. The distance of Ecnoch from the sun, mistori is 1.23 AU (Astronomical Units) and it takes Ecnoch 1.35 earth years (Approximately 493 earth days) to orbit Mistori. Ecnoch's structure is composed of core, mantle, and crust too. This structure is mainly made of granite rocks. The surface of Ecnoch is mostly covered with rocks and dusts like other planets. The atmosphere of Ecnoch is quite different from that of Vulcan. It is composed primarily of carbon dioxide with small amounts of other gases. Ecnoch is a little bigger and denser than Vulcan. There is no sign of terrestrial life forms. Ecnoch is also known as Notus

Ecnoch Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	32.03
Year Discovered:	1996
Mean Distance:	1.23 AU
Orbital Period:	493 earth days
Planetary Data File
Planet Surface:	Sandy Brown and Green
Atmosphere:	No Match
Plant Life:	Some Plant Life Mainly Deserts
Water:	No water
Life Forms:	No Life Forms
Satellites:	None

Planet: Niruin

Niruin is the 5th planet from mistori sun and it is the largest one in the Mistori Solar System. The distance of Niruin from the Mistori Sun, is 3.28 AU (Astronomical Units) and it takes Niruin 1.35 earth years (Approximately 1197 earth days) to orbit Mistori. It is entirely made of gases. Niruin is believed to be in the early stage of planet formation. The solid surface has not been formed yet. The temperature of this planet is extremely cold both day and night due to the long distance from the mistori sun. The heat of the sun barely reaches to Niruin. Niruin is also known as Enrus.

Niruin Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	786.76
Year Discovered:	2000
Mean Distance:	3.28 AU
Orbital Period:	1197 earth days
Planetary Data File
Planet Surface:	Green in colour
Atmosphere:	No Match
Plant Life:	Green Plant Life Trees and Bushes And Some purple plant life as well
Water:	Streams
Life Forms:	Vegetation
Satellites:	None

Planet: Zar

Zar is the sixth planet in the Mistori solar system. The distance from the sun is unknown,

Zar Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	Unknown
Year Discovered:	2000
Mean Distance:	Unknown
Orbital Period:	Unknown
Distance From Mistori	Unknown
Planetary Data File
Planet Surface:	Blue In Colour
Atmosphere:	No Match
Plant Life:	No plant life
Water:	Water and ice only
Life Forms:	No life Forms
Satellites:	None

Planet: Estoen

Estoen is the seventh planet in the Mistori solar system. The distance from the sun is Unknown.

Estoen Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	Unknown
Year Discovered:	2000
Mean Distance:	Unknown
Orbital Period:	Unknown
Distance From Mistori	Unknown
Planetary Data File
Planet Surface:	Pink In Colour
Atmosphere:	No Match
Plant Life:	plant life Small Bushy Areas
Water:	Streams
Life Forms:	Vegetation
Satellites:	None

Planet: Galahar

Galahar is the Eighth planet in the Mistori solar system. The distance from the sun is unknown.

Galahar Statistics

Parent Star:	Q 0957+561
Discovery Status:	Confirmed - Interstellar Travel
Mass	Unknown
Year Discovered:	2000
Mean Distance:	Unknown
Orbital Period:	Unknown
Distance From Mistori	Unknown
Planetary Data File
Planet Surface:	Brown, Black and Grey
Atmosphere:	None
Plant Life:	No plant life
Water:	No Water
Life Forms:	No Life Forms
Satellites:	None

The Image shows the location of the Mistori Solar System and our own solar system both can be found on the orion's arm