← The Wingmakers Ways · Astronomy & Exoplanets

Archived page · Checkable

Hekar Solar System

HD80606_NGC2841_Solar_System.html · captured from wingmakers.co.nz

This page makes checkable claims — observational astronomy, with names, magnitudes and distances that can be looked up.

HD 80606-NGC 2841

NGC 2841 is a fine spiral galaxy - a system of over 100 billion stars, along with lots of gas, and interstellar dust. This galaxy is somewhat similar to our own Milky Way, but is about 30 percent larger. It is also a tighter spiral - our Milky Way has more loosely-wound spiral arms. The darker blotches on the disk are huge clouds of interstellar dust that obscure our view of the stars behind.
Located in the constellation Ursa Major, NGC 2841 lies about 45 million light-years from us. It is only faintly visible through binoculars on a dark moonless night. The individual stars that you can see in this image are all are nearby stars that are part of our own galaxy. With that in mind, this image provides a kind of three dimensional effect; the stars lie in the foreground with the galaxy hovering far in the distance.

Location

Constellation:  Ursa Major
Right Ascension:  09 22 37.57
Declination:  +50 36 13.4
Distance from Sol:  190.41 Light Years

Basic Data
 Spectral Type:  G5 V
Apparent Magnitude:  9.06
B-V Color:  0.765
Mass:  0.9 Solar Masses
Radius:  0.86 Solar Radii
Effective Temperature:  5650 Kelvin
Metallicity:  0.43 [Fe/H]
2.69 times Solar
Rotation:  0.9 km/s

Habitability

Inner Edge of Habitability Zone:  0.41 AU
Outer Edge of Habitability Zone:  1.28 AU
Estimated Stellar Lifespan  13717 million years
 

CONSTELLATION: Ursa Major

System Components
(Mass in Multiples of Jupiter's Mass)

 

Comments
The central star of HD80606 can be found on the outer rim of spiril Galaxy NGC 2841 in the constellation of ursa major and as of April 2001, HD 80606 b has the is the highest eccentricity of any known exoplanet in the universe at this time. HD 80606b orbits around the central star of HD 80606 ever 111.78 Days and its mass is that of  3.41 Jupiters.


Statistics

Basic Data
Parent Star:  HD 80606 (G5 V)
Discovery Status:  Confirmed
Planet Type:  Sulfur Giant, Eccentric
Habitability:  Planet at inner edge of Habitable Zone at Mean Orbital Distance

Physical Data

Mass ( M sin i ):  3.41 Jupiters
Periastron Distance:  0.03 AU
Mean Distance:  0.439 AU
Apastron Distance:  0.84 AU
Orbital Period:  111.78 Days
Eccentricity:  0.927
Radial Velocity of Star:  414 m/s

Inferred Properties
Average Angular Size of Star:  1.042°
Planet Appearance:
 Yellowish H2SO4 clouds
Periastron Temp:  1266 Kelvin
Mean Temp:  342 Kelvin
Apastron Temp:  246 Kelvin

Discovery Facts
Year Discovered:  2001
Detection Method:  Doppler Spectroscopy
Discovered By:  Michel Mayor, Dominique Naef, Francesco Pepe,
Didier Queloz, Nuno C. Santos, Stephane Udry, Michel Burnet

Habitability Zone

Planetary Orbit Around HD 80606

 
 

Position In Ursa Major

 
 

INTERSTELLAR TRAVEL TECHNIQUE

VISUAL EXERCISE : One person Exercise.
CONSTELLATION : Ursa Major
PLANETARY DESTINATION : HD 80606b

STEP ONE
Traveller: Get comfortable and relax.

STEP TWO
Traveller: Charge your physical body with light energy.

STEP THREE
Traveller: See your visual body standing in front of your physical body and prepare your visual body for interstellar travel with a Interstellar Protection Shield and scanner.

STEP FOUR
Traveller: See your visual body filling with light energy.

STEP FIVE
Traveller: Focus your mind on teleporting your visual body to your destination above.

STEP SIX
Traveller: Then see your visual body teleporting to your destination.

STEP SEVEN
Traveller: When you arrive in the Hekar system perform an interstellar planetary detection rapid to check for were the planets are then teleport to the nearest destination in that planetary system.

STEP EIGHT
then scan is the surface of the planet and the  atmosphere is the planet a match with earths atmosphere? Can you see any life forms on the surface of planet? Is there any water on the surface of the planet? Place this information on your planetary data file.

STEP NINE
Then use the Core Comparison Crystal Technique  to perform a core reading on the core structure of the planet.

STEP TEN
Traveller: When you have finished mapping the Planet or moon teleport your visual body back to your physical body back on earth.

REMEMBER
When you are travelling if you come across an alien race that you think may be friendly feel free to make contact with that alien race.

IMPORTANT
When you are contacting alien races always be ready to teleport if there is trouble.