1.1 專博之爭
1.2 第二是沒有意思的
1.31 對策一
1.32 對策二
哪怎樣保證可以做到第一呢?
2.1 軟硬智力
2.2 提昇軟硬智力
2.21 提昇硬智力
2.22 硬件常識
2.23 提昇軟智力
2.231 作業系統
2.232 公用程式 Utility Software: 學海無涯 唯勤是岸
2.233 主題程式 Production Software：學海無涯 回頭是岸
2.2331 程式情境
2.2332 情境程式
2.2341 程式員
2.2342 大腦程式員
2.235 寫程式
2.236 寫 寫程式 程式
3.1 幻想智力
3.11 洗衣機與電飯煲
3.12 鱷魚與長頸鹿
3.21 迷宮
3.22 以 附加數 攻 普通數
3.23 以 純數學 攻 附加數
4. 專等於博
2010.02.16 Tuesday (c) All rights reserved by ACHK
A supersymmetry relating mesons and baryons was first proposed, in the context of hadronic physics, by H Miyazawa in 1966, but his work was ignored at the time. In the early 1970s, J. L. Gervais and B. Sakita (in 1971), Yu. A. Golfand and E.P. Likhtman (also in 1971), D.V. Volkov and V.P. Akulov (in 1972) and J. Wess and B. Zumino (in 1974) independently rediscovered supersymmetry, a radically new type of symmetry of spacetime and fundamental fields, which establishes a relationship between elementary particles of different quantum nature, bosons and fermions, and unifies spacetime and internal symmetries of the microscopic world.
— Wikipedia on Supersymmetry
2010.02.16 Tuesday ACHK
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The web is turning writing into a conversation. Twenty years ago, writers wrote and readers read. The web lets readers respond, and increasingly they do — in comment threads, on forums, and in their own blog posts.
— Paul Graham
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2010.02.16 Tuesday
Physics Town 