RINGWOODITE

(High-pressure polymorph of Olivine, found in Earth's mantle and meteorites)

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Ringwoodite Specimen picture
Image Credit: Jasperox - Photomicrograph taken at University of Hawaii, of a crystal I grew in Bayreuth, Germany Previously published: https://www.flickr.com/photos/joerox/4061008289/in/set-72157608270817196 Creative Commons

About Ringwoodite

A high-pressure polymorph of olivine, found deep within Earth's mantle and in some meteorites, often blue. It's associated with profound transformation and cosmic connection.

Primary Hues

Blue, Purple, Green, Grey, (Rarely seen as distinct crystals)

Metaphysical Properties

A stone of deep transformation and cosmic connection. Believed to aid in understanding Earth's deep energies and universal truths. (Primarily scientific interest).

Chakra Connection

  • Third Eye
  • Crown
  • Soul Star

Astrological - Zodiac

  • All

Planetary Influence

  • Pluto
  • Neptune

Elemental Energy

  • Spirit
  • Fire

Associated Tarot Cards

The Star Tarot Card

The Star

Type: Major Arcana

Rationale: Represents connection to deep Earth and cosmic energies- aligning with this high-pressure olivine found in meteorites.

The World Tarot Card

The World

Type: Major Arcana

Rationale: Symbolizes integration of different realms and understanding profound natural forces- resonating with Ringwoodite.

Associated Deities

Gaia Image

Gaia

Pantheon: Greek

Domain: Earth Mother- Deep Earth

Rationale: Its formation under immense pressure connects it to the deep Earth.

Urania Image

Urania

Pantheon: Greek

Domain: Astronomy- Universal Love

Rationale: Urania as the muse of the cosmos connects to its meteoric origin.

Metaphysical Uses

Deep Earth Meditation Focus

Cosmic Origins Contemplation

Transformation Under Pressure Visualization

Please read our Metaphysical Disclaimer

Geological & Scientific Details

Ringwoodite is classified as a nesosilicates spinel group mineral which typically crystallizes in the cubic system. Its chemical formula is Magnesium silicate (Mg2SiO4). Common crystal habits include microcrystalline aggregates.

Key Geological Properties:

Associated Minerals