MYB 004 is an Ordinary Chondrite (H5) recovered from Burake Mountain in Xinjiang, China in 2021. As a stony meteorite composed of metal‑rich silicate minerals, it represents ancient solar‑system material that has remained largely unchanged since its formation. H‑group chondrites are known for their higher iron content and well‑defined chondrules, preserving the early building blocks of planetary development. Energetically, chondrites are associated with grounding, stability, and a direct connection to cosmic order, often used to anchor awareness into deep time and universal structure. Each specimen is housed in a clear acrylic display box (3.5 cm × 5.5 cm) with an identification label.
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1 × MYB 004 ORDINARY CHONDRITE METEORITE | APPROX 1 CM
MYB 004 Ordinary Chondrite Meteorite - China 2021
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HMYB 004 ORDINARY CHONDRITE METEORITE
MYB 004 is an Ordinary Chondrite (H5) recovered from Burake Mountain in Xinjiang, China in 2021. As an H‑group specimen, it contains a higher proportion of metal and well‑defined chondrules that reflect significant thermal alteration within its parent asteroid. These features make H5 chondrites valuable for understanding how early rocky bodies experienced heating, pressure, and internal reorganisation over billions of years. The mineralogy preserves a record of asteroidal evolution, offering insight into the processes that shaped the earliest solid matter in our solar system. Metaphysically, H‑type chondrites are linked to grounding, coherence, and structural alignment, supporting a steady connection to cosmic origins and the deeper patterns that underlie planetary formation.
