最近一个OKLO 公司的爆裂反弹引起了博主的注意， 他们拿了西门子的合同，因此我看到。说这个公司是OPEN AI CHATGPT CEO神童投资的能源概念公司。
那么我就看看究竟有啥新奇： 一下来自 YAHOO
We prioritize cost in our engineering process to fully leverage the advantages of fast fission technology," said Jacob DeWitte, Oklo’s co-founder and CEO. "Our technology is based on proven designs, allowing us to utilize small, pre-fabricated, and non-pressurized components made from readily available materials and existing supply chains, further reducing costs and complexity." 【Oklo’s fast fission technology utilizes liquid metal as a coolant. Liquid metal’s high boiling point allows the reactor to operate at high temperatures without being pressurized. 】This design enables the use of commonly available alloys, benefiting from existing large-scale supply chains already producing nearly identical parts.
如果是以前，我就 see but not see. 就是【看过了没有入脑】。但最近我学了 Copper Brazing, 就是火焰TIN金属低温焊接。下边是我的第一个成品。
最近一个OKLO 公司的爆裂反弹引起了博主的注意， 他们拿了西门子的合同，因此我看到。说这个公司是OPEN AI CHATGPT CEO神童投资的能源概念公司。
那么我就看看究竟有啥新奇： 一下来自 YAHOO
We prioritize cost in our engineering process to fully leverage the advantages of fast fission technology," said Jacob DeWitte, Oklo’s co-founder and CEO. "Our technology is based on proven designs, allowing us to utilize small, pre-fabricated, and non-pressurized components made from readily available materials and existing supply chains, further reducing costs and complexity." 【Oklo’s fast fission technology utilizes liquid metal as a coolant. Liquid metal’s high boiling point allows the reactor to operate at high temperatures without being pressurized. 】This design enables the use of commonly available alloys, benefiting from existing large-scale supply chains already producing nearly identical parts.
如果是以前，我就 see but not see. 就是【看过了没有入脑】。但最近我学了 Copper Brazing, 就是火焰TIN金属低温焊接。下边是我的第一个成品。
你们不懂我也不解释。
这现代高科技和这手工焊接工艺背后的物理是一样的。
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好吧， 没时间 BLABLA，今天很忙
【如果我没有同时学这个毛细管现象，热涨冷缩，物态转化的各种物理和实际生活中的手工焊接技术， 我是无法理解OKLO公司的技术和他们在降低核电站成本的同时提高安全系数的高科技技术的底层逻辑。】侬甚至可以以此想象别的应用做自己的发明，，，
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Creation is unlimited 如何到这一步？请回上边重读一次这个栗子。