大家聽說過隕石，也聽說過鑽石，但很少有人聽過隕石鑽石，那麼隕石鑽石是什麼物質呢?它是怎樣形成的呢?

隕石鑽石：是一種在隕落隕石隕星中，新發現的地球外太空天體微型金剛石晶格物質，以前人們認知的隕石鑽石是以‘六方晶系’光譜衍射的六角鍵合的微型金剛石單質碳晶體，既‘藍絲黛爾石’。現今粒子物理的科學家‘發現’隕石鑽石，它同樣是反應探索天體空間粒子物理和形成機理的粒子物理表徵，隕石鑽石的生成路徑直接強關聯著當今高能粒子物理凝聚態物理和天體物理‘發現’新粒子的名詞索引，隕石鑽石的粒子架構也帶來了全新的微觀粒子的新規律，組成粒子物理的‘新粒子與新物理’的自然規律新探索。隕石中的鑽石體光粒子晶格的存在，稱得上是宇宙的信使-‘宇宙神石’上帝的禮物。隕石中的‘新粒子’概念在隕星隕落中形成的空間粒子丼-捕獲宇宙線，形成新粒子的對撞，揭示了自然界‘正負電子對撞機制’的存在，隕石新粒子組成了粒子物理的‘超對稱粒子’一種在極端環境中形成粒子正負同體正反一體的馬約拉納費米子能級，正負一體的粒子能動會以‘激發態’的能值產出重粒子‘隕石鑽石’太空金剛石物質。同樣隕石鑽石也為粒子物理的前沿帶來了極高的科研科學價值，隕石鑽石的發現堪稱為隕石收藏的傳奇。

隕石鑽石必須滿足四個條件：第一，首先必須是隕落的隕石，要符合隕石的物理特質（氣印空間物理幾何、融熔的殼敲，不規則的物型等）。第二，隕石中要含碳質元素和氫氦元素（石墨和生物碳等）。第三，要有隕石鑽石生成的媒介（隕硫鐵等）。第四，必須要有隕石的維度空間（希格斯機制場能效等）。隕石是指從星際空間穿過大氣層燒蝕後到達地表的流星體殘核。鑽石化學成分是碳，這在寶石中是唯一由單一元素組成的。因此彌足珍貴,非常稀少.

Meteorite diamond: it is a newly discovered micro-diamond lattice material of celestial bodies in outer space of the earth in falling meteorites. Previously, people recognized meteorite diamond as a hexagonal micro-diamond elemental carbon crystal with hexagonal bond through spectrum diffraction of 'hexagonal crystal system', namely 'Lansidel stone'. Today scientists' discovery 'meteorites diamond particle physics, it is also a reaction to explore object space particle physics and particle physics characterization, the formation mechanism of meteorites diamond formation strong path directly associated with today's high energy particle physics of condensed matter physics and astrophysics' found' new particle index of nouns, meteorites diamond particles architecture also brought new new law of microscopic particles, composition of particle physics' new particles and the physical nature of the new exploration. The existence of crystal lattice of diamond body light particles in meteorites is the messenger of the universe - "cosmic divine stone", a gift from God. The concept of 'new particles in meteorites formed in the meteorite fall space 丼 - capture of cosmic ray particles, the formation of new particle collisions, reveals the nature of the electron-positron collider mechanism exists, meteorites new particles formed particle physics' supersymmetric particles' a positive and negative parts forming particles in extreme environments and the integration of Mayo rana fermion level, plus or minus one of the particles will move to "excited state" the energy output of heavy particles' meteorites diamond diamond material in space. Similarly, meteorite diamonds have also brought high scientific value to the frontier of particle physics. The discovery of meteorite diamonds is a legend of meteorite collection.

Meteorite diamond must meet four conditions: first, it must be the meteorite falling, to meet the physical characteristics of the meteorite (physical geometry of gas imprint space, melting shell knock, irregular object type, etc.). Second, meteorites should contain carbonaceous elements and hydrogen and helium elements (graphite and biological carbon, etc.). Third, there should be meteorite diamond generated media (meteorite, ferrite, etc.). Fourth, there must be a meteorite dimensional space (Higgs mechanism field energy efficiency, etc.). Meteorites are the remnants of meteoroids that reach the earth's surface after being ablated through the atmosphere from interstellar space. Diamonds are chemically made of carbon, which is the only gem made up of a single element. So precious, very rare.