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12-02-2009 Markus Schulz presents GDJB 2 Hour Mix

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:mml:.
 
* Now Reading : 1195 ~ Markus Schulz pres GDJB 2 hour mix on AH.FM *

Original content replaced by : " .. .. .. :book: don't read and obviously I don't care either - file sharing and such "

:ee: Didn't I warn you ? :smile:


:whistle: :wave:
 
01. Ben Preston - Elizabeth
02. Rex Mundi - Leaving Paradise
03. Sam Sharp - Roundabout (Sander Van Doorn Main Mix)
04. Blackfeel - The Second Life (Moonbeam Remix)
05. Clayborn - Elycion (PodNyk & Oxide Remix)
06. Jose Amnesia - Transfusion
07. Ashley Wallbridge - Harrier
08. Mango - Forever July
09. Kuffdam - Burning Up (Starkillers & Austin Leeds Remix)
10. PodNyk & Oxide - Tears Don't Drop (Mobilize Remix)
11. LightFlow Featuring Ken Spector - Alone (Benya Dub)
12. Lustral - Broken (Keenan & Faskil Remix)
13. Mat Zo - The Price of Oil
14. Dennis De Laat - Every Breath (Anthem Instrumental Mix)



and you spoiled the surprise:P:P
 
* Now ID-ing : 1193 ~ Markus Schulz pres GDJB 2 hour mix on AH.FM *

and you spoiled the surprise:P:P

:hmmm: some thinks take thought and subtlety, Piccoli :ee: :hug:
 
:hmmm: some thinks take thought and subtlety, Piccoli :ee: :hug:

http://en.wikipedia.org/wiki/VY_Canis_Majoris

Size
University of Minnesota professor Roberta M. Humphreys[1] estimates the radius of VY CMa at 1800 to 2100 solar radii.[2] To illustrate, if our Sun were replaced with VY Canis Majoris, its surface might extend to the orbit of Saturn. Assuming the upper size limit of 2100 solar radii, light would take more than 8 hours to travel around the star's circumference, as opposed to 14.5 seconds for the sun. It would take over 7,000,000,000,000,000 (7 Quadrillion) earths to fill Canis Majoris.
:miss:
 
:dance::dance::dance:
 
Markus Schulz sure has gotten SLOPPY after the Coldharbour Sessions 2004 :(

he lost his unique style which i so loved...

but 2004 was a VERY SPECIAL YEAR for productions!
 
Luminous blue variables, also known as S Doradus variables, are very bright, blue, hypergiant variable stars, named for the brightest star of the Large Magellanic Cloud. They exhibit long, slow changes in brightness, punctuated by occasional outbursts of substantial mass loss. They are extraordinarily rare.

They can shine millions of times brighter than the Sun and, with masses up to 150 times that of the Sun, approach the theoretical upper limit for stellar mass. If they were any larger, their gravity would be insufficient to balance their radiation pressure and they would blow themselves apart. As they are, they barely maintain hydrostatic equilibrium because their stellar wind constantly ejects matter, decreasing the mass of the star. For this reason, there are usually nebulae around such stars, created by these outbursts; Eta Carinae is the nearest and best-studied example. Because of their large mass and high luminosity, their lifetime is very short — only a few million years.
 
http://en.wikipedia.org/wiki/VY_Canis_Majoris

Size
University of Minnesota professor Roberta M. Humphreys[1] estimates the radius of VY CMa at 1800 to 2100 solar radii.[2] To illustrate, if our Sun were replaced with VY Canis Majoris, its surface might extend to the orbit of Saturn. Assuming the upper size limit of 2100 solar radii, light would take more than 8 hours to travel around the star's circumference, as opposed to 14.5 seconds for the sun. It would take over 7,000,000,000,000,000 (7 Quadrillion) earths to fill Canis Majoris.
:miss:




:blink::blink::blink:
 

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