1 ) Codes that has been deciphered
Episode 1, Numbers:
1. Pi
2. g
3, Normal Distribution
4. Prime Number, the atom of mathematics
Episode 2, Shapes:
1. Efficiency of the universe, that's how the get the shape for the roof of Munich stadium, and that's how bubbles form hexagon.
2. Fractal and Jackson Pollock. How Fractal is the fundation of animation nowasdays.
3. No snow flake is perfectly symmetrical. There's always some factors, or so called noise
Episode 3, Predictions:
1. Wisdom of the crowd,
2. Big data. Google now is able to predict outbreak of flue based on what people are searching.
3. Professor Geoffrey West and his study of city, number 1.15 seems to be the underlying rule.
4. Simple rules can used to simulate crowd movement. Simulations like this now help out architects for their building design.
2 ) Codes that has been deciphered
Episode 1, Numbers:
1. Pi
2. g
3, Normal Distribution
4. Prime Number, the atom of mathematics
Episode 2, Shapes:
1. Efficiency of the universe, that's how the get the shape for the roof of Munich stadium, and that's how bubbles form hexagon.
2. Fractal and Jackson Pollock. How Fractal is the fundation of animation nowasdays.
3. No snow flake is perfectly symmetrical. There's always some factors, or so called noise
Episode 3, Predictions:
1. Wisdom of the crowd,
2. Big data. Google now is able to predict outbreak of flue based on what people are searching.
3. Professor Geoffrey West and his study of city, number 1.15 seems to be the underlying rule.
4. Simple rules can used to simulate crowd movement. Simulations like this now help out architects for their building design.
3 ) Codes that has been deciphered
Episode 1, Numbers:
1. Pi
2. g
3, Normal Distribution
4. Prime Number, the atom of mathematics
Episode 2, Shapes:
1. Efficiency of the universe, that's how the get the shape for the roof of Munich stadium, and that's how bubbles form hexagon.
2. Fractal and Jackson Pollock. How Fractal is the fundation of animation nowasdays.
3. No snow flake is perfectly symmetrical. There's always some factors, or so called noise
Episode 3, Predictions:
1. Wisdom of the crowd,
2. Big data. Google now is able to predict outbreak of flue based on what people are searching.
3. Professor Geoffrey West and his study of city, number 1.15 seems to be the underlying rule.
4. Simple rules can used to simulate crowd movement. Simulations like this now help out architects for their building design.
簡(jiǎn)單了點(diǎn)。
科普類的內(nèi)容,有內(nèi)容,不空洞。下面搬運(yùn)內(nèi)容大綱: 第一集:數(shù)字。自然界的數(shù)字總是有特殊意義——?jiǎng)游飳ふ液线m周期(整數(shù))——音樂(lè)和比例(有理數(shù))——神奇的π(無(wú)理數(shù))——復(fù)數(shù)的應(yīng)用——數(shù)學(xué)規(guī)律和特殊的數(shù)字在自然界應(yīng)用第二集:形狀。自然界充滿了優(yōu)美的形狀——?jiǎng)游镒非蟾咝У男螤睢米匀环▌t創(chuàng)造形狀及正多面體——微觀物質(zhì)特殊形狀——宏觀物質(zhì)難以擁有完美形狀——分形理論和幾何應(yīng)用(計(jì)算機(jī)圖形學(xué))第三集:預(yù)測(cè)。自然界遵循一定法則——?jiǎng)游锟此齐S機(jī)也存在法則——人大多數(shù)時(shí)候也遵循一定法則——人很難實(shí)現(xiàn)完全隨機(jī)——利用這些法則作預(yù)測(cè)——混沌理論,難以預(yù)測(cè)——大數(shù)據(jù)預(yù)測(cè),隨機(jī)只是表象
數(shù)字,圖形,預(yù)測(cè)?!皵?shù)字是神的,因?yàn)樗麄冏駨娜怂荒芨淖兊囊?guī)則”。質(zhì)數(shù)真是太神奇了!原來(lái)我不能欣賞Pollock竟然是分形幾何知識(shí)不夠!可以預(yù)測(cè)的code讓我好像恍然大悟,又好像陷入迷霧。究竟是什么神奇的力量,創(chuàng)造了code。
節(jié)奏稍慢,但是還蠻有趣的。賣萌的大眼睛鸚鵡螺,休眠13年的蟬,蜂窩,北愛(ài)爾蘭巨人石,旅鼠,膠豆,google & flu,1.15...提到The answer of the universe的時(shí)候赫然出現(xiàn)了42, 英國(guó)佬你們是有多愛(ài)銀河系漫游指南!
Wonderful!
在維珍飛北京的航班上看的。真的只有一集么?那我只能說(shuō)拍的很一般了。說(shuō)數(shù)學(xué)和生活有聯(lián)系,但淺嘗輒止,沒(méi)有展開(kāi)說(shuō)具體怎么聯(lián)系的。比如怎么根據(jù)一次捕魚的結(jié)果推出了一生中捕的最大魚的重量,比如阿基米德螺旋線。我還以為后面每一集要具體談。。??傊?,不適合于理工科大學(xué)生觀看
2012/7/10夜-7/12夜,CCTV世界地理,英語(yǔ)原聲+中文字幕,4星。
Simple concepts underlie breathtaking beauty~
確實(shí)過(guò)于淺顯…咋還現(xiàn)場(chǎng)算圓周率了,還手算…放棄
#公開(kāi)探索BBC# 071 數(shù)學(xué)系同學(xué)指導(dǎo):那個(gè)看似一元二次方程的是差分方程。記得高中數(shù)學(xué)老師還說(shuō)虛數(shù)目前沒(méi)有實(shí)際應(yīng)用呢。有些簡(jiǎn)單的知識(shí)著墨太多,復(fù)雜的概念卻沒(méi)有太多講解,畢竟是科普片
分形
一集一個(gè)主題,又了解了一些基礎(chǔ)的內(nèi)容。配樂(lè)都太好聽(tīng)了!?。』趾氪髿饪稍诰€:https://soundcloud.com/carl-harms/sets/the-code
【和數(shù)學(xué)有關(guān)的影視作品52】中世紀(jì)教堂、周期蟬、音樂(lè)與整數(shù)比、巨石陣與圓周率、正態(tài)分布與PI,飛機(jī)航線與虛數(shù)、螺旋殼、六棱柱石群、蜂窩、神奇泡泡、慕尼黑奧林匹克體育場(chǎng)、正多邊形晶體、潑畫與混沌,樹(shù)枝、動(dòng)畫設(shè)計(jì)與分形,現(xiàn)實(shí)版數(shù)字追兇專家。數(shù)學(xué)是解開(kāi)自然奧秘的密碼。 密碼 The Code (2011)
奇妙的數(shù)學(xué)
amazing!
好看! 要是我讀中學(xué)時(shí)看過(guò)這個(gè)多好!主持人和一些觀點(diǎn)看著逐漸眼熟,才反應(yīng)過(guò)來(lái)在Barbican看過(guò)他的一個(gè)活動(dòng),講《我是個(gè)怪圈》。
這個(gè)BBC的密碼第一季,在豆瓣上有兩個(gè)啊。重復(fù)了。
The chaotic and glorious elegance of this layered fractal world.
好東西
第二集中歐椋鳥(niǎo)的飛行模式研究和第三集中用于罪犯地理位置分析的Geographic profiling比較酷。比較有趣的是,第三集中Geoffrey West提到,如果城市的規(guī)模擴(kuò)大一倍,城市居民的收入將提高15%。所以去大城市將掙得更多,這也解釋了為什么北上廣聚集了那么多人。之前看過(guò)Geoffrey West的TED演講,很棒。