semiconductor
US /sɛmikənˈdʌktɚ/
・UK /ˌsemikənˈdʌktə(r)/
B1 中級英檢高級
n.名詞半導體
The motherboard has a semiconductor component
影片字幕
臺灣總統候選人賴清德誓言與北京保持和平 (Taiwan's Election Frontrunner Vows To Keep Peace With Beijing)
05:42
- The semiconductor industry is not just made up of one or two fabs.
半導體產業不僅僅是由一兩家晶片廠組成的。
電子產品的故事 The Story of Electronics
07:47
- In the 1960s, Gordon Moore, the giant brain and semiconductor pioneer,
話說1960年代，高登‧摩爾這位天才， 也是半導體業界的先驅
亞洲的技術熱潮 (Asia's technology boom)
02:18
- Taiwan Semiconductor, the world's biggest chip foundry has gained 18%.
台積電，全球最大的晶圓代工廠，其利潤上漲18%
量子計算機帶來巨大風險，但其潛力可能改變世界 (Quantum computers pose great risks but their potential could change the world)
33:29
- And one of the things we focus on at oxidionics is working out how to control qubits using chips that we can build out in standard semiconductor fabs.
而我們在 oxidionics 的一個重點，就是研究如何利用我們能在標準半導體廠製造的晶片來控制量子位元。
- And our focus at Oxford Ionics has been how you can build our chips in a standard semiconductor foundry that allow you to do all of these things efficiently.
我們在 Oxford Ionics 的重點一直是如何在標準的半導體廠建造我們的晶片，讓你能有效率地做到這一切。
歐洲的未來比大蕭條更可怕 (What’s Coming for Europe is MUCH WORSE Than Great Depression)
18:51
- Yes, you can create a semiconductor, an advanced semiconductor, you can create an advanced technology, but in order to build that technology, you need the metals in the first place.
是的，你可以創造一種半導體，一種先進的半導體，你可以創造一種先進的技術，但要建立這種技術，你首先需要金屬。
肖恩-卡羅爾解釋為什麼物理學既簡單又不可能 | 完整訪談 (Sean Carroll explains why physics is both simple and impossible | Full Interview)
26:40
- We use it. We put it to work with amazing success whether it's building a large hadron collider or building a semiconductor device for consumer electronics. Quantum mechanics is there tested very very reliable. But remember it has this idea that when you measure something it changes the state of the quantum system you measured and you haven't told me what it means to measure something. The measurement problem. So of course the most obvious example of measuring something is when I as a conscious human being actually make a measurement of something. So it was perfectly legitimate and absolutely tempting let's say in the middle of the 20th century to wonder out loud does this mean that consciousness plays an important role in the fundamental laws of physics. Now all I can tell you is I don't think so. I think very much the other way. I think the consciousness arises out of the ordinary interplay of all the complicated things going on according to the laws of physics. But there is a school of thought that says actually consciousness is responsible for the collapse of the wave function in quantum mechanics or maybe I shouldn't even think about wave functions as real things. I should think about agents making measurements as the real things and I use quantum mechanics as a tool to predict what their measurement outcomes will be.
我們使用它。無論是建造大型強子對撞機，還是為消費電子產品製造半導體器件，我們都將其用於工作，並取得了驚人的成功。量子力學經過測試非常可靠。但請記住，量子力學有這樣一個觀點：當你測量某樣東西時，它會改變你所測量的量子系統的狀態 而你還沒有告訴我測量某樣東西意味著什麼。測量問題當然測量的最明顯的例子 就是我作為一個有意識的人 對某樣東西進行測量比方說，在20世紀中葉，我們完全有理由大聲質疑：這是否意味著意識在基本物理定律中扮演著重要角色？現在我只能告訴你，我不這麼認為。我的看法恰恰相反。我認為意識產生於物理學