隕石收藏家王三虎再次驗證英國基因科學家霍爾丹提出的硅基生命

隕石收藏家王三虎再次驗證英國基因科學家霍爾丹提出的硅基生命

Meteorite collector Wang Sanhu once again verified the silicon-based life proposed by British geneticist holdan

日前，國內知名隕石收藏家、原山西省隕石收藏家協會會長、國內隕石收藏與研究文化推廣者王三虎，再次通過詳實的數據和嚴謹的實驗，驗證了英國基因科學家約翰·波頓·桑德森·霍爾丹(John Burdon Sanderson Haldane)提出硅基生命使用金屬化合物作能量的依據。

Recently, Wang Sanhu, a well-known domestic meteorite collector, former president of Shanxi meteorite collectors association and cultural promoter of domestic meteorite collection and research, once again verified the basis of using metal compounds as energy for silicon-based life proposed by British geneticist John Burdon Sanderson Haldane through detailed data and rigorous experiments.

“硅基生命”這一概念首次于19世紀被提出。1891年，波茨坦大學的天體物理學家儒略申納(Julius Sheiner)在他的一篇文章中就探討了以硅為基礎的生命存在的可能性，他大概是提及硅基生命的第一個人。這個概念被英國化學家詹姆斯·愛默生雷諾茲(James Emerson Reynolds)所接受，1893年，他在英國科學促進協會的一次演講中指出，硅化合物的熱穩定性使得以其為基礎的生命可以在高溫下生存。三十年后，英國遺傳學家約翰·波頓·桑德森·霍爾丹(John Burdon Sanderson Haldane)提出，在一個行星的深處可能發現基于半融化狀態硅酸鹽的生命，而鐵元素的氧化作用則向它們提供能量。

The concept of "silicon-based life" was first proposed in the 19th century. In 1891, Julius Sheiner, an astrophysicist at Potsdam University, discussed the possibility of silicon-based life in his article. He was probably the first person to mention silicon-based life. This concept was accepted by British chemist James Emerson Reynolds. In 1893, he pointed out in a speech given by the British Association for the advancement of science that the thermal stability of silicon compounds enables life based on silicon compounds to survive at high temperatures. Thirty years later, British geneticist John Burdon Sanderson Haldane proposed that life based on semi molten silicate could be found in the depths of a planet, and the oxidation of iron provided energy for them.

霍爾丹（1892年11月5日-1964年12月1日），男，出生于英國牛津，印度生理學家，生物化學家，群體遺傳學家。30～40年代曾任英國《工人日報》主編。1961年加入了印度籍，并將他主編的英國《遺傳學學報》的編輯工作帶到了印度，代表作品《自然和人工選擇的數學理論》、《酶學》、《進化的原因》。他一生的研究為群體遺傳學和進化遺傳學奠定了數學基礎。

Haldane (November 5, 1892 - December 1, 1964), male, born in Oxford, England, is an Indian physiologist, biochemist and group geneticist. From 1930s to 1940s, he was the editor in chief of workers' daily. He joined the Indian nationality in 1961 and brought his editing work of Acta genetics to India. His representative works are mathematical theory of natural and artificial selection, enzymology and the cause of evolution. His lifelong research laid a mathematical foundation for population genetics and evolutionary genetics.

王三虎，國內知名隕石收藏家、原山西省隕石收藏家協會會長、國內隕石收藏與研究文化推廣者，中國第一個隕石集散交易市場——中國(霍州)隕石集散地的發起人和創辦人，國內第一個隕石數據庫創辦人；國內第一個獲得“隕石鑒定營業執照”的先行者，組織產生第一個無記名投票中國隕石標準，并有權威報道《隕石研究重大發現！山西星科際王三虎經理在隕石中發現宇宙硅基生命》。

Wang Sanhu is a well-known meteorite collector in China, former president of Shanxi meteorite Collector Association, cultural promoter of domestic meteorite collection and research, initiator and founder of China (Huozhou) meteorite distribution center, China's first meteorite distribution and trading market, founder of China's first meteorite database, and pioneer of obtaining "meteorite identification business license" in China Born the first secret ballot of Chinese meteorite standards, and an authoritative report "meteorite research major discovery! Wang Sanhu, manager of Shanxi xingkeji, discovered the cosmic silicon-based life in the meteorite.

面對記者，王三虎侃侃道來——硅基生命攝取金屬化合物只是開端，接下來更重要的有關證據新的發現展現給大家。地球動植物不含硅元素我早己作證明，下面這個硅基動物切開后發現為食物消化系統，由大到小，胃部(簡稱)食用金屬合物的鐵元素競高達28.79%。

In front of reporters, Wang Sanhu joked that silicon-based life intake of metal compounds is only the beginning, and then more important relevant evidence and new discoveries are presented to you. The animals and plants on the earth do not contain silicon. I have already proved that the following silicon-based animal is found to be a food digestive system after being cut. From large to small, the iron content in the stomach (referred to as the stomach) is as high as 28.79%.

硅基生命植物。新的證據金屬化合物鐵元素樹皮為22.02%。

Silicon based life plants. The new evidence of iron bark is 22.02%.

樹桿流出金屬化合物鐵元素為15.94%。

The iron content of the metal compound was 15.94%.

以上數據來自國家二一三地質實驗室，星科際隕石鑒定實驗室。

螺旋體硅基動物，打開內部，明顯好像是分格胃動力消化系統。食用物逐格由大格胃系統進入小格系統，最后由螺旋中排泄，排泄物金屬化合物鐵元素含量為20.77%。

The above data are from national geological laboratory, 2013 geological laboratory and astrolite identification laboratory.

Spirochemical silylated animals, opening up the interior, are obviously like the gastric motility system. The edible material enters into the small grid system from the large stomach system one by one, and finally excretes in the spiral. The iron content of the metal compound in the excretion is 20.77%.

還有一種現像就是在硅基動物消化未端與排出物中有大量石英粉未顆粒(根據圖片暫定為石英)。王三虎認為這也是硅基動物食用石英石與排泄的一種現像。

王三虎表示，綜上所述，硅基動植物所含鐵元素符合英國基因科學家約翰·波頓·桑德森·霍爾丹(John Burdon Sanderson Haldane)提出硅基生命使用金屬化合物作能量的依據。

Another phenomenon is that there are a lot of quartz powder particles (tentatively named quartz according to the picture) in the end of digestion and excretion of silica based animals. Wang Sanhu believes that this is also a phenomenon of silica based animals eating quartz and excreting it.

Wang Sanhu said that to sum up, the iron content in silicon-based animals and plants conforms to the basis proposed by British geneticist John Burdon Sanderson Haldane that silicon-based life uses metal compounds as energy.