根据[fv]=12-vzz2∈L,给出了魏寒柏"关于万有Teichmüller空间T1的分支"一文中定理2.1的简洁证明;构造了具体的解析函数fλ(z),使其当λ>0时:fλ∈L0,当λ<0时:fλ∈Lθ,从而简化了王哲"The Distance be-tween...根据[fv]=12-vzz2∈L,给出了魏寒柏"关于万有Teichmüller空间T1的分支"一文中定理2.1的简洁证明;构造了具体的解析函数fλ(z),使其当λ>0时:fλ∈L0,当λ<0时:fλ∈Lθ,从而简化了王哲"The Distance be-tween Different Component of the Universal Teichmüller Space"一文中定理2.2的证明.展开更多
文摘根据[fv]=12-vzz2∈L,给出了魏寒柏"关于万有Teichmüller空间T1的分支"一文中定理2.1的简洁证明;构造了具体的解析函数fλ(z),使其当λ>0时:fλ∈L0,当λ<0时:fλ∈Lθ,从而简化了王哲"The Distance be-tween Different Component of the Universal Teichmüller Space"一文中定理2.2的证明.
基金Supported by National Natural Science Foundation of China(11601100)the Joint Foundation of Guizhou Provincial Science and Technology Department([2017]7337,[2017]5726).