推荐微信扫码登录以获得更好的体验!另:🎉建议更新到最新版,以体验新功能!🎉 版本更新记录→

华裔之光!邓煜斩获2026年菲尔兹奖:新一代数学天才如何改变

字幕摘录

时间英文中文
0:28As you watch the waves, you realize it has such a simple, formally simple motion, but当你看着波浪,你意识到它有这样一个简单, 形式上简单的运动,但是
0:34realize there's something actually very complicated inside.其实里面有些事情很复杂
0:37The question is how do these simple motions come from these complicated interactions?问题是这些简单的动议是如何从这些复杂的相互作用中产生的?
0:44One of the things that we are interested in is to find patterns within randomness.我们感兴趣的一件事就是在随机性中找到规律。
0:52I usually like to walk close to water, close to the river, the lake, or the forest areas that我通常喜欢走在水边 靠近河边 湖边 或森林地带
0:59is close to nature.接近自然界 接近自然界 接近自然界
1:00I tend to be relaxed and that makes the chance higher to have some real good我总是放松,这样就更有机会 有一些真正的好
1:06ideas.点子。
1:10I had dreams about math.我梦到数学
1:12Sometimes I dream about questions that I actually haven't worked on.有时候我梦到一些我还没有研究过的问题。
展开字幕全文(77 条)
序号英文中文
1As you watch the waves, you realize it has such a simple, formally simple motion, but当你看着波浪,你意识到它有这样一个简单, 形式上简单的运动,但是
2realize there's something actually very complicated inside.其实里面有些事情很复杂
3The question is how do these simple motions come from these complicated interactions?问题是这些简单的动议是如何从这些复杂的相互作用中产生的?
4One of the things that we are interested in is to find patterns within randomness.我们感兴趣的一件事就是在随机性中找到规律。
5I usually like to walk close to water, close to the river, the lake, or the forest areas that我通常喜欢走在水边 靠近河边 湖边 或森林地带
6is close to nature.接近自然界 接近自然界 接近自然界
7I tend to be relaxed and that makes the chance higher to have some real good我总是放松,这样就更有机会 有一些真正的好
8ideas.点子。
9I had dreams about math.我梦到数学
10Sometimes I dream about questions that I actually haven't worked on.有时候我梦到一些我还没有研究过的问题。
11I had these dreams while I was writing these papers about legitimate math questions, but我写这些关于数学问题的文件时做了这些梦 但是
12in reality I haven't written any of the papers.事实上,我还没有写任何论文。
13I'm a professor of mathematics at the University我是大学的数学教授
14of Chicago.芝加哥大学
15I mainly work in the field of PDEs, partial differential equations, and also kind of我主要从事PDEs, 部分微分方程, 以及某种
16in connection with probability.关于概率。
17The questions I work on mainly concerns how do you see these real我所研究的问题主要涉及 你怎么看待这些真实的
18phenomena like fluid waves from microscopic pictures of interacting tiny particles.诸如微镜照片中的流体波 相互作用的微小粒子
19I grew up in Shenzhen in China.在中国深圳长大.
20When I was in sixth grade, I was working with my dad我六年级的时候 和爸爸一起工作
21on a particular question about finding patterns in a particular sequence, and I remember we关于一个特定的问题 寻找特定序列的规律 我记得我们
22spent a few hours together to solve that, and at the end we were really happy that we could花了几个小时 一起解决这个问题, 到最后,我们真的很高兴 我们可以
23solve this question, and that was perhaps the earliest thing I could remember while I get这个问题的解决, 这可能是最早的事情 我可以记得 当我得到
24excited about mathematics.兴奋的数学。
25I started learning Go when I was maybe about six.我六岁的时候就开始学走
26The game of GoGo的游戏
27is really about analyzing the positions of the board and really having an accurate idea about it真正重要的是分析董事会的立场 并真正有正确的想法
28before you make your move.在你行动之前
29In some sense it was maybe closer to the idea of thinking about math从某种意义上说,它也许更接近 思考数学的想法
30metal questions and having an idea of the question before you start really working on it.在你真正开始着手研究之前 有个问题的想法
31I seriously played it for a few years.我认真玩了几年
32I even thought of going for professionals, but in the我甚至想找专业,但是...
33end I wasn't successful, so I gave up and I turned to the math competitions.最后我没成功 所以我放弃了 转向了数学比赛
34I went to the IMO in我去了海事组织
35Slovenia in 2006 and got a gold medal.2006年斯洛文尼亚获得金牌.
36I started to think maybe I really have some talent in this我开始觉得 也许我真的有些天赋
37field and maybe I should really try to pursue this field.和也许我应该真的 尝试追求这个领域。
38Consider a billiard ball.考虑一个台球。
39It moves动了
40in a straight line, collides with other billiard balls, changing velocity, and keeps moving.在一条直线上,与其他台球相撞,改变速度,并不断移动.
41Simple.简单
42But what if we have trillions of such tiny balls constantly colliding with each other?但如果我们有数万亿个如此小的球 不断相互碰撞呢?
43This is what happens in the hot sphere model of gases where the little billiards are the gas热球型的气体就是这个 台球是气体
44particles.颗粒。
45For such a huge system, it's practically impossible to track each individual particle对于如此庞大的系统来说,几乎不可能 追踪每个粒子
46precisely.没错
47Instead, we're interested in the statistical information of the system, overall相反,我们感兴趣的是 系统的统计资料,总体
48distribution of the particles, average velocity, and so on.颗粒的分布,平均速度等等.
49This will be captured in a single这将会被单枪匹马抓住
50density function which is governed by Boltzmann's kinetic equation.密度函数,由Boltzmann的动量方程所支配。
51In a parallel picture, consider在平行情况下,考虑
52water waves which can be viewed as a system of many wave packets again constantly interacting水波,可以看作是许多波包的系统 不断相互作用
53with each other.与彼诸人.
54This occurs in the physical phenomena of wave turbulence where the statistical在波浪暴动的物理现象中,
55information is governed by the wave kinetic equation.信息受波动方程的制约.
56With collaborators, we've successfully我们合作成功
57justified both scenarios in pseudo-architectic limits on a mathematical level.在数学水平上,在伪结构限制中,这两种假设都是合理的。
58The key challenge关键的挑战
59is that an average particle will experience arbitrarily many collisions and complicated平均粒子会任意经历许多碰撞和复杂
60dynamics as opposed to less than one collision in previous works.动力学,而不是以往作品中不到一次碰撞.
61To overcome this, we introduce为了克服这些,我们介绍
62multi-layer diagrams representing the whole collision process and inventing ways to analyze代表整个碰撞过程的多层图和发明分析方法
63them effectively.有效。
64These diagrams are enormous in size but they are formed by the basic building这些图是巨大的,但是它们是由基本建筑形成的
65blocks.块。
66Each of these basic scenarios, for example, when the billiard ball has one single collision例如,台球发生一次碰撞时
67or when it has one collision that causes a second collision, is easy to estimate.或者当它发生一次碰撞导致第二次碰撞时,很容易估计。
68Then, by然后,通过
69carefully designed cutting algorithm, we can break any diagram into such building blocks which in the仔细设计的剪切算法 我们可以把任何图表 分解成这样的构件
70end guarantees a complete understanding of the diagrams and leads to the resolution of the full最终保证了对图表的完全理解,并导致完全解析
71problem.问题。
72After several thousand years, there are still a lot of mysteries about the universe.几千年后,宇宙仍有许多神秘之处。
73Our我们
74understanding of the physical universe on the mathematical level is still extremely small.数学层面对物理宇宙的理解仍然极小.
75The那个
76thing that keeps me in this field is the happiness when your plan works perfectly,使我留在这个领域 是幸福 当你的计划完美地工作,
77that you're able to solve the questions you're faced with.你能够解决你所面临的问题
该视频共有字幕 77 条。解锁更多字幕为会员功能,请移动到 价格