China is denied participation in ISS by USA. So they developed the ‘Tiangong' (translate to mean Sky Palace) space station launch using the long March rocket
中国被美国拒绝加入国际空间站 。 因此 ， 他们开发了“天宫”(翻译的意思是天宫)空间站 ， 使用长征火箭发射 。
China is denied participation in EU's Galileo GPS satellite despite having paid some money. So they went ahead to developed the ‘Beidou' (translate to mean North Star) GPS aystem. All 59 satellite is in place. Most impressive for the system is China's development of the atomic clock without assistance. Today we have GPS system by usa russia eu and china. If you can agree with me it is a huge waste that countries cannot trust one another.
中国被拒绝参与欧盟的伽利略GPS卫星 ， 尽管已经支付了一些钱 。 因此 ， 他们继续研发了“北斗”(意思是北极星)GPS系统 。 59颗卫星全部就位 。 该系统最令人印象深刻的是中国在没有帮助的情况下开发了原子钟 。 今天 ， 我们有美国、俄罗斯、欧盟和中国的GPS系统 。 如果你同意我的观点 ， 那就是国家之间不能相互信任是一种巨大的浪费 。
China exclusion policy of NASA in 2011 means that proposed joint effort for space exploration between USA n China is still born. It is no wonder that China went on alone.
美国国家航空航天局2011年的排华政策意味着中美联合探索太空的提议仍然诞生了 。 中国独自前行也就不足为奇了
网友Jay的观点
For many important reasons.
Success of a space program is immeasurable to the sense of pride and morale to a country. So too for China. It is a measure that their science is catching up if not equal to the West.
有很多重要的原因 。
太空计划的成功对一个国家的自豪感和士气是不可估量的 。 中国也是如此 。 这是一种衡量 ， 他们的科学正在赶上西方 ， 如果不是平等的话 。
But in today’s world such program is more prosaic. . in fact more impactful utile and urgent. The space station is needed to conduct tests in space to prove scientific applications for a wide range of industries specifically in nanotechnology.
但在当今世界 ， 这样的工程就显得平淡无奇了 。 其实更有影响力 ， 更实用 ， 更紧迫 。 需要空间站在太空中进行测试 ， 以证明科学应用于广泛的工业 ， 特别是纳米技术 。
We’re now on our 4th industrial revolution that is the building and integration of digital infrastructures largely based on the building blocks of nanomaterials. Even more fundamental is that Moore’s law is at its physical limit with silicon. Our most advanced chip is at 2–5 nm smaller than a virus and can’t get smaller than atomic size when a chip goes to 1 nm if this is at all possible to manufacture. We need another nano options.
我们正在进行第四次工业革命 ， 这是数字基础设施的建设和整合 ， 主要是基于纳米材料的构建模块 。 更根本的是 ， 摩尔定律在硅上达到了物理极限 。 我们最先进的芯片只有2-5纳米 ， 比病毒还小 ， 如果有可能制造的话 ， 当芯片达到1纳米时 ， 就不能小于原子尺寸了 。 我们需要另一种纳米选择 。
Below is abstract of a project that must require test in space - the peculiarities of ground-based testing of nanomaterials and spacecraft nanoelements for their durability . . . ..to take into account quantum phenomena that determine initial properties of nanomaterials and nanostructures and possible changes in them. . . . in space.
以下是一个必须在太空中进行测试的项目的摘要——纳米材料和航天器纳米元素地基耐久性测试的特点.. . ..考虑到决定纳米材料和纳米结构的初始性质的量子现象 ， 以及它们可能的变化. . . .在太空中 。
Another reason is even more immediate - affecting today’s telecommunication and internet networks. . . . .and the fate and economies of nations.
另一个原因甚至是更直接的-影响今天的电信和互联网网络. . . . .和国家的命运和经济 。
We’re now in the implementation stage for 5G which took more than 10 years to develop and which will be a quantum jump in processing speed (100x faster than 4G) and latency that is needed for implementation of AI and mass deployment of IoT.
我们现在正处于5G的实施阶段 ， 5G的开发耗时超过10年 ， 它将在处理速度(比4G快100倍)和延迟方面实现量子跳跃 ， 这是实现AI和大规模部署物联网所需的 。
Huawei the owner of most 5G patents is already working on 6G which is expected to deliver another quantum advancement in the order 100x faster speed than 5G.
拥有大多数5G专利的华为已经在研究6G ， 预计它的速度将比5G快100倍 。
This 6G technology will be “space-based” integrating satellite and land-based communication networks. China launched last year a test 6G satellite a demo of terahertz communication in space (6G is advancing from 5g millimeter wave to the terahertz freq band).
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