人人都是主播
Publishes | Weekly | Episodes | 575 | Founded | 11 years ago |
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Language | Number of Listeners | Categories | TechnologyScienceNatural Sciences |
穿越回商朝,你知道如何铸造一口青铜鼎吗?青铜鼎在商朝究竟有何重要意义?铸造青铜鼎需要经历哪些复杂步骤?片模铸造技术有何独特之处?模具制作时为何要特别注意烧制过程?铸造完成后,青铜鼎还需要哪些精细处理?这一次,让我们穿越回殷商,从零开始,铸造一口鼎吧!
文案:旭岽
主播:旭岽、子凌
剪辑、后期:旭岽
从贝尔实验室的早期实验到如今的3D NAND技术,硅存储技术经历了怎样的传奇演变?什么是浮栅晶体管?硅存储的原理是什么?NOR和NAND闪存有何不同,又如何在现代设备中各司其职?技术进步又如何让存储设备变得更小巧、容量更大、性能更强?时隔一年,记忆简史的最终章,我们一起回顾“硅存储”技术发展的前世今生!
文案:旭岽
主播:旭岽、子凌
剪辑/后期:旭岽
在《原样?!》11周年之际,我们将重启那个经典又永恒的哲学命题——“我是谁?”感性认知如何为“我是谁”提供最初的线索?知性认知又是怎样用逻辑框架,把零散的感官信息拼凑成关于“我”的清晰画像?理性认知如何跳出当下,推理未来的“我”并赋予我们价值判断?实践在塑造和认识“我”中又扮演了什么角色?从感知到行动,我们如何将感性、知性、理性和实践融合起来,回答“我是谁”这个终极问题?
文案:Henry Guo (有梦想的亨利) 、旭岽
主播:旭岽、子凌
编辑/后期:旭岽
3寸盘的写保护孔是如何巧妙防止数据被误删的?容量单位“兆”究竟为何在中文里如此混乱,是百万还是万亿?为何电脑系统识别的硬盘容量总是小于标注容量?日本某些机构为什么至今仍在使用软盘这种看似过时的存储介质?在《记忆简史》更新将满一周年之际,再次聊聊关于“软盘”的那些有的没的。
文案:庸人谬想
主播:旭岽、子凌
编辑、剪辑、后期:旭岽
好听爱听,科普内容很丰富,而且贼扎实
希望旭岽能继续加油,把原来是这样做大做强!
我是从小学开始听的,从小学到高中一直都在听🥰。
玻璃态不是物质的状态,而是物质的结构。不过水真的有超固体超流体等六种形态(不包括固液气)
每一个听完的人都会给出好评的
良心节目,专业主播,从小听到大
对自己帮助很大
How this podcast ranks in the Apple Podcasts, Spotify and YouTube charts.
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Apple Podcasts | #60 | |
Apple Podcasts | #133 | |
Apple Podcasts | #137 |
Listeners, social reach, demographics and more for this podcast.
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原来是这样 Dscience launched 11 years ago and published 575 episodes to date. You can find more information about this podcast including rankings, audience demographics and engagement in our podcast database.
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