室溫常壓超導體發現!?

1001 回覆
552 Like 19 Dislike
2023-07-27 03:13:21
Helion好似有m$科水
希望個孫用到佢d電
2023-07-27 03:14:22
如果係真既就科技奇點了
量子電腦可以量產
上面再run AI
之後既科技發展就一日千里啦
2023-07-27 03:15:46
前排有啲room temperature but high pressure 同埋almost-room temperature supercon
2023-07-27 03:19:03
如果係真年經個班應該會dum 心口 咁多年用左咁多錢搞左D 咁複雜既molecules 點知咁低能既compound + furnace 就搞點
2023-07-27 03:20:32
好似 non reproducible?
2023-07-27 03:22:07
雖然唔知係咪呢樣
但能夠商品化99%都係低能方法
2023-07-27 03:41:51
Reproducible 都冇用,做唔到commercial application
2023-07-27 03:55:16
graphene應該係最快,相對成本最低
有吸引力
2023-07-27 03:57:16
好耐之前睇過篇paper
好似做到room temp,不過幾百Mpa pressure
2023-07-27 04:53:50
其中一個阻礙CPU發展就係散熱
2023-07-27 05:32:00
就係要夠低能先商品化,今鋪如果yield高仲得了
2023-07-27 05:34:49
佢係室溫常壓
同你阿爺個d室溫高壓 室溫低壓唔同
2023-07-27 05:36:51
超導體冇電阻唔會發熱
2023-07-27 07:03:16
以後啲mk板仔就會轉玩hoverboard,唔洗晚晚十二點幾達嚟達去嘈撚住人瞓覺
2023-07-27 07:14:33
唔洗交咁多電費
2023-07-27 07:34:55
2023-07-27 07:48:22
如果要老作搵投資嘅話,寫個咁簡單製作同容易test嘅condition,捱唔到好耐,似乎啲研究者真心相信,係睇吓有冇measurement errors/artifacts

真係有啲too good to be true嘅感覺
2023-07-27 08:10:01
https://www.newscientist.com/article/2384782-room-temperature-superconductor-breakthrough-met-with-scepticism/

Both papers present similar measurements, however Kim says that the second paper contains “many defects” and was uploaded to arXiv without his permission. In that paper, the work is described as opening a “new era for humankind”.​

似乎有啲唔對路
2023-07-27 08:14:11
留名
2023-07-27 08:22:53
好似質疑聲音唔少,好消息係應該依兩日就知真定假
2023-07-27 08:28:43
2023-07-27 08:34:27
年經留名
2023-07-27 08:53:36
如果呢篇論文堅既就唔駛諗商用化問題啦
原料極平,製造過程極簡單
肯定即時商用化
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