17/06/07 17:21:29.01 qnt5rUPR.net
>>276 関連
Baxter先生：Baxter, Rodney J. (1982), Exactly solved models in statistical mechanics (PDF) が下記に落ちていた
このＰＤＦの11章 ” Kagome Lattice Eight-Vertex Model”の”Kagome”は、日本語の”カゴメ”かな、きっと
”15 Elliptic Functions”は、通常の楕円関数ではなく、q変形を使う方式か
１５章の最後に”There are many excellent books on elliptic functions. I mention Whittaker and Watson (1915, Chapters 20-22), Neville (1944) and Bowman (1953).”とあった
これ、￥さんお薦めの”ホイテカワトソン”ですな～（＾＾
”In 2005 he used the method of Michio Jimbo, Tetsuji Miwa ・・・”なんてあるのも、物理学者やのにすごい！（＾＾
URLﾘﾝｸ(en.wikipedia.org)
(抜粋)
Rodney James Baxter FRS FAA (born 8 February 1940 in London, United Kingdom) is an Australian physicist, specializing in statistical mechanics.
He is well known for his work in exactly solved models, in particular vertex models such as the six-vertex model and eight-vertex model, and the chiral Potts model and hard hexagon model. A recurring theme in the solution of such models, the Yang-Baxter equation, also known as the "star triangle relation", is named in his honour.
Research
Baxter gained recognition in 1971 when he used the star-triangle relation to calculate the free energy of the Eight vertex model, and went on to similarly solve the hard hexagon model (1980) and the chiral Potts model in 1988.
He also developed the corner transfer matrix method for calculating the order parameters of the eight vertex and similar models.
In 2005 he used the method of Michio Jimbo, Tetsuji Miwa and Nakayashiki to verify Albertini, McCoy, Perk and Tang's conjecture for the order parameter of the chiral Potts model.
Publications
Baxter, Rodney J. (1982), Exactly solved models in statistical mechanics (PDF), London: Academic Press Inc.
URLﾘﾝｸ(physics.anu.edu.au)