請輸入想查詢的單字或片語
entropy
US /ˈɛntrəpi/
・UK /ˈentrəpi/
C1 高級
n. (u.)不可數名詞熵
Their entropy of their plans was a gradual process that took over 10 years
影片字幕
Penacony 2.0 故事任務剪輯 | Honkai: Star Rail Reaction Mashup (Penacony 2.0 Story Quest Cutscene | Honkai: Star Rail Reaction Mashup)
- Yeah Uh I personally haven't I wouldn't be surprised if they put it in the game Entropy loss syndrome What is this?
是啊，我個人還沒發現，如果他們把它放進遊戲裡，我也不會感到驚訝 熵損失綜合徵 這是什麼？
熵是什麼？生命哲學 (What is Entropy? The philosophy of life.)
- It is the one force that governs everybody's life, entropy.
它就是支配每個人生活的一種力量--熵。
- What is entropy and why does it matter?
什麼是熵，它為什麼重要？
什麼是非隨機？ (What is NOT Random?)
- - [Both] Entropy.
熵(entropy)
- - So information, fundamentally, is entropy. This makes sense if you consider a string
所以「資訊」根本上指的就是「熵」 這非常合理，以一連串的二進制位碼來說
為什麼時間會流逝？| 經濟學家》雜誌 (Why does time pass? | The Economist)
- It's the increase of entropy. So in thermodynamics we know that things get more random over time.
就是熵的增加。所以在熱力學中我們可以知道隨著時間推移，事物會變得越不確定。
- The arrow of time is based on the second law of thermodynamics, which says the disorder known as entropy increases with time.
時間之箭是基於熱力學第二定律而來，指稱為「熵」的混亂現象會隨著時間增加。
人工智能如何學會看東西 [DINOv3] (How AI Taught Itself to See [DINOv3])
![人工智能如何學會看東西 [DINOv3] (How AI Taught Itself to See [DINOv3])](https://img.youtube.com/vi/oGTasd3cliM/hqdefault.jpg)
- We train the model to make its predicted probabilities match this label by minimizing cross-entropy loss.
我們通過最小化交叉熵損失來訓練模型，使其預測概率與該標籤相匹配。
- With this setup, we train the student network to match the teacher's predictions by minimizing the cross entropy between them.
在這種設置下，我們通過最小化兩者之間的交叉熵來訓練學生網絡，使其與教師的預測相匹配。
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)
- It's the collective behavior of many, many things in the universe that start out in a special state. It goes back to the idea of entropy from the 1800s, the idea of the disorderliness of a system, the randomness, the disorganization. And entropy increases with time. That's the famous second law of thermodynamics.
它是宇宙中許許多多事物的集體行為，這些事物一開始都處於一種特殊的狀態。這可以追溯到 19 世紀的熵的概念，即系統的無序性、隨機性和無組織性。熵隨時間增加。這就是著名的熱力學第二定律。
- Why does entropy increase with time? Because there are more ways for a system to be arranged in a high-entropy configuration than a low-entropy one, by definition. And the universe started in a very special low-entropy state. Nobody knows why that is true. This is a mystery to cosmology. But the entropy of the universe was very, very low to start, and it's been increasing ever since.
為什麼熵會隨時間增加？因為根據定義，一個系統的高熵構型比低熵構型有更多的排列方式。而宇宙是以一種非常特殊的低熵狀態開始的。沒人知道為什麼會這樣。這是宇宙學的一個謎。但宇宙的熵一開始就非常非常低，而且一直在增加。
˹Imagine Dragons - 鯊魚˼ 官方歌詞版MV！ (Imagine Dragons - Sharks (Official Lyric Video))
- Blame it on the entropy.
把錯都怪在熵上面。
為什麼時間不倒流？(Big Picture Ep. 1/5) (Why Doesn't Time Flow Backwards? (Big Picture Ep. 1/5))
- That says that any isolated system will tend towards increasing entropy, or disorder.
如將牛奶和熱咖啡混合在一起 變成微溫的咖啡牛奶，但絕沒有辦法
- direction of increasing entropy to determine the arrow of time.
因此，事實上，我們所經歷的 時間流逝，意味著我們並沒有達到平衡。
科學家聲稱他們讓時間倒流......但他們做到了嗎？ (Scientists Claim They Made Time Go Backwards...But Did They?)
- The one thing that seems to keep driving this time bus to futuretown is the second law of thermodynamics, which states that entropy must always increase.
讓時間巴士持續開往未來城市的要素，似乎是基於熱力學第二定律，指出熵必須持續增加。
- This increase in entropy is what keeps the ordered past behind us and the increasingly messy future ahead.
熵的增加，恰好讓我們把有秩序的過去拋諸腦後、漸漸混亂的未來擺在眼前。