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    probabilistic

    US /ˌprɑ:bəbɪˈlɪstɪk/

    ・

    UK /ˌprɒbəbɪˈlɪstɪk/

    B1 中級
    adj.形容詞概率性的 ; 隨機 ; 不確定性的
    Probabilistic quantum theory

    影片字幕

    時間是什麼?(音質優化) 決定論、量子物理、意識、自由意志、因果關係… (What Is Time? (better audio) Determinism, Quantum Physics, Consciousness, Free Will, Causality...)

    31:18時間是什麼?(音質優化) 決定論、量子物理、意識、自由意志、因果關係… (What Is Time? (better audio) Determinism, Quantum Physics, Consciousness, Free Will, Causality...)
    • the probabilistic perspective. The classical equations of physics do not differentiate

      「現在」與「之前 / 之後」。

    • the probabilistic perspective. The classical equations of physics do not differentiate

      「現在」與「之前 / 之後」。

    B1 中級

    如何像《新世紀福爾摩斯》一樣思考! (How to Think Like Sherlock Holmes)

    10:55如何像《新世紀福爾摩斯》一樣思考! (How to Think Like Sherlock Holmes)
    • probabilistic thinking.

      我們發現到高智商的角色人物都是相當有趣的。

    • deep observation, skepticism, and probabilistic thinking.

      深度觀察、懷疑論、概率思维。

    B1 中級

    什麼不是隨機的? (What is NOT Random?)

    10:00什麼不是隨機的? (What is NOT Random?)
    • And as spectacularly successful as it is, it is only a probabilistic theory, meaning that you cannot predict with absolute certainty where an electron, say, will be at some later time.

      是從哪來的呢?我想應該是量子力學 量子力學描述

    • only a probabilistic theory. Meaning that you cannot predict with absolute certainty

      機率性的理論,也就是說你無法準確 預測一個電子

    B1 中級

    AI 圖像和影片是怎麼運作的?|Welch Labs 獨家影片! (But how do AI images and videos actually work? | Guest video by Welch Labs)

    37:20AI 圖像和影片是怎麼運作的?|Welch Labs 獨家影片! (But how do AI images and videos actually work? | Guest video by Welch Labs)
    • A few weeks after the GPT-3 paper came out, a team at Berkeley published a paper called Denoising Diffusion Probabilistic Models, now known as DDPM.

      GPT-3 論文發表幾周後,伯克利大學的一個團隊發表了一篇名為 "去噪擴散概率模型"(Denoising Diffusion Probabilistic Models)的論文,也就是現在的 DDPM。

    • A few weeks after the GPT-3 paper came out, a team at Berkeley published a paper called Denoising Diffusion Probabilistic Models, now known as DDPM.

      這些是伯克利團隊論文中的訓練算法和影像生成算法。

    B2 中高級

    更廣泛的不確定性原理:關於傅立葉轉換! (The more general uncertainty principle, regarding Fourier transforms)

    19:21更廣泛的不確定性原理:關於傅立葉轉換! (The more general uncertainty principle, regarding Fourier transforms)
    • When you measure these particles, say trying to detect if it's in a given region, whether or not you find it there appears to be probabilistic, where the probability of finding it is proportional to the strength of the wave in that region.

      當你測量這些粒子時,比如試圖探測它是否在某個特定區域,你是否在那裡找到它似乎是概率性的,找到它的概率與該區域波的強度成正比。

    • You see, when you measure these particles, say trying to detect if it's in a given region, whether or not you find it there appears to be probabilistic, where the probability of finding it is proportional to the strength of the wave in that region.
    B1 中級

    科技講堂:John Martinis 談「超導量子電腦的設計」! (Tech Talk: John Martinis, "Design of a Superconducting Quantum Computer")

    04:32科技講堂:John Martinis 談「超導量子電腦的設計」! (Tech Talk:  John Martinis,  "Design of a Superconducting Quantum Computer")
    • Of course, that's probabilistic.

      你製作一個巨大的量子位元陣列。

    B1 中級

    19分鐘搞懂【普通化學】! (GENERAL CHEMISTRY explained in 19 Minutes)

    18:4919分鐘搞懂【普通化學】! (GENERAL CHEMISTRY explained in 19 Minutes)
    • We know these exist thanks to Schrödinger's equation, which gives a probabilistic wavefunction.

      而且一個分子裡所有原子的氧化數加起來,必須等於分子的總電荷。

    • We know these exist thanks to Schrodinger's equation, which gives a probabilistic wave function.

      我們知道這些的存在,都要歸功於薛丁格方程式,它給出一個機率性的波函數。

    B2 中高級

    大自然的解答可能已解開量子物理學家的難題?!吉姆·阿爾-哈利裡 (Nature may have already solved the problem stumping quantum physicists | Jim Al-Khalili)

    13:58大自然的解答可能已解開量子物理學家的難題?!吉姆·阿爾-哈利裡 (Nature may have already solved the problem stumping quantum physicists | Jim Al-Khalili)
    • So in the quantum world, things are fuzzy, they're probabilistic, uh, uh, uh, an electron can be in more than one state at the same time, particles can move in multiple directions at the same time, they behave like spread-out waves, they can quantum tunnel through energy barriers like a ghost passing through a solid wall—things that we'd never see in our everyday world, and

      而且它們的行為方式跟我們日常世界的行為方式非常不一樣。

    • So in the quantum world, things are fuzzy, they're probabilistic.

      所以在量子世界裡,事物是模糊的,它們是機率性的。

    B2 中高級

    別再過度解釋!用「3S法則」展現你的權威感! (Stop Over-Explaining: The 3 S’s Rule For Projecting Authority)

    19:47別再過度解釋!用「3S法則」展現你的權威感! (Stop Over-Explaining: The 3 S’s Rule For Projecting Authority)
    • You and I both know reality is kind of probabilistic, and so we hedge.

      那為什麼聰明人會這樣做呢?

    • You know, you and I both know reality is kind of probabilistic and you know, so we hedge.

      你知道,你和我都知道現實其實有點是機率性的,所以我們會含糊其辭。

    B1 中級

    機器學習:讓混亂的世界變得有條理! (Machine Learning: Making Sense of a Messy World)

    03:48機器學習:讓混亂的世界變得有條理! (Machine Learning: Making Sense of a Messy World)
    • Statistical inference and probabilistic machine learning.

      或是應有的突破

    • Statistical inference and probabilistic machine learning.

      「統計推斷」和「概率機器學習」(統計中尋找參數最大值來估算未來行為,可說是用機率推算)

    B1 中級