BeeHappy
Overview
 
All tracks composed by Nina Hagen; except where indicated
  1. "Runaway" (Dee Dee Ramone
    Dee Dee Ramone
    Dee Dee Ramone was an American songwriter and musician, best known as founding member, bassist and main songwriter of the punk rock band the Ramones....

    ) – 3:51
  2. "Giant Step" (Carole King
    Carole King
    Carole King is an American singer, songwriter, and pianist. King and her former husband Gerry Goffin wrote more than two dozen chart hits for numerous artists during the 1960s, many of which have become standards. As a singer, King had an album, Tapestry, top the U.S...

    , Gerry Goffin
    Gerry Goffin
    Gerry Goffin is an American lyricist. He was inducted into the Rock and Roll Hall of Fame in 1990 with former songwriting partner and first wife, Carole King. he has co-written six Billboard Hot 100 chart-toppers.-Career:Goffin enlisted with the Marine Corps Reserve after graduating from...

    ) – 3:04
  3. "Born to Die in Berlin" (Dee Dee Ramone, Hagen) – 3:14
  4. "Sunday Morning
    Sunday Morning (The Velvet Underground song)
    "Sunday Morning" is a song by The Velvet Underground. It is the opening track on their 1967 debut album The Velvet Underground & Nico. It was also released as a single in 1966 with "Femme Fatale".-Recording:...

    " (Lou Reed
    Lou Reed
    Lewis Allan "Lou" Reed is an American rock musician, songwriter, and photographer. He is best known as guitarist, vocalist, and principal songwriter of The Velvet Underground, and for his successful solo career, which has spanned several decades...

    , John Cale
    John Cale
    John Davies Cale, OBE is a Welsh musician, composer, singer-songwriter and record producer who was a founding member of the experimental rock band The Velvet Underground....

    ) – 3:27
  5. "Shiva" – 4:15
  6. "Barbed Wire" – 3:25
  7. "Ska Thing" – 1:58
  8. "The Art" – 2:56
  9. "Zero Zero U.F.O." (English version) (Dee Dee Ramone, Daniel Rey) – 2:34
  10. "Freedom Fighter" – 3:19
  11. "I Am Nina" (Junkie) – 1:20
  12. "Star Girl" (Dee Dee Ramone, Ralf Goldkind, Hagen) - 2:49
  13. "Leave Me Alone" (Dee Dee Ramone, Hagen) - 1:48
  14. "Tiere" (Ralph Golgkind) – 3:27

  • Nina Hagen - vocals
  • Julian Joseph - keyboards
  • Dee Dee Ramone
    Dee Dee Ramone
    Dee Dee Ramone was an American songwriter and musician, best known as founding member, bassist and main songwriter of the punk rock band the Ramones....

    - rhythm guitar
  • Ralf Goldkind - lead and rhythm guitar, bass, keyboards, programming
  • J.P.
Quotations

It is by the straight line and the circle that the first and most simple example and representation of all things may be demonstrated, whether such things be either non-existent or merely hidden under Nature's veils.

Theorem I

Neither the circle without the line, nor the line without the point, can be artificially produced. It is, therefore, by virtue of the point and the Monad that all things commence to emerge in principle. That which is affected at the periphery, however large it may be, cannot in any way lack the support of the central point.

Theorem II

Therefore, the central point which we see in the centre of the hieroglyphic Monad produces the Earth, round which the Sun, the Moon, and the other planets follow their respective paths. The Sun has the supreme dignity, and we represent him by a circle having a visible centre.

Theorem III

Although the semicircle of the Moon is placed above the circle of the Sun and would appear to be superior, nevertheless we know that the Sun is ruler and King. We see that the Moon in her shape and her proximity rivals the Sun with her grandeur, which is apparent to ordinary men, yet the face, or a semi-sphere of the Moon, always reflects the light of the Sun.

Theorem IV

We finish the brief hieroglyphic consideration of our Monad, which we would sum up in one only hieroglyphic context: The Sun and the Moon of this Monad desire that the Elements in which the tenth proportion will flower, shall be separated, and this is done by the application of Fire.

Theorem X

 
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