Basic Things are Simple

M. Deans
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引用次数: 0

Abstract

During a primordial ice age, ice crystallized in pools of liquid nitrogen on its poles, forming diamond-like crystals creating order from chaos. Models made from matchsticks and Plastacine™ or criss-crossed strips of cardboard stapled together are surprisingly strong (Figures 1 and 2). Random temperature fluctuations drove a ferroelectric phase transition at 72 degrees Kelvin, accommodating water molecules’ irregular tetrahedral shape and releasing latent energy as infrared laser light, ice light with wavelength λ ~ 4 μ. When such light was tried for de-icing aircraft wings, it was reflected. Likewise, it would have been reflected by surface ice and ice in clouds, just as Marconi’s first trans-Atlantic radio signals were. Lightning created nucleotides in the warm tropical waters Charles Darwin described, they absorbed ice light which photophosphorylated them. Reflection polarized the light, so only left or right-handed, chiral nucleotides were chosen (remember the thalidomide disaster!) and a noodle soup of chiral DNA emerged (Figure 3).
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基本的东西很简单
在原始冰河时期,冰在两极的液氮池中结晶,形成钻石状的晶体,从混乱中创造出秩序。由火柴棒和Plastacine™或交叉纸板条钉在一起制成的模型强度惊人(图1和2)。随机温度波动驱动了72开尔文的铁电相变,容纳了不规则的四面体形状的水分子,并释放出波长为λ ~ 4 μ的红外激光冰光的潜在能量。当这种光被用于飞机机翼除冰时,它被反射了。同样,它也会被地表冰和云层中的冰反射,就像马可尼的第一个跨大西洋无线电信号一样。达尔文曾描述过,闪电在温暖的热带水域中产生了核苷酸,它们吸收了冰的光,冰的光使它们磷酸化。反射使光偏光,因此只选择左手或右手的手性核苷酸(还记得沙利度胺的灾难吗?),手性DNA的面条汤就出现了(图3)。
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