Deliberate One-sidedness as a Method of Doing Philosophy: Reflections on Rosemont’s View of the Person

As one of the most influential comparative philosophers of our time, Henry Rosemont, Jr. is known for his unrelenting criticisms against Western libertarian ideas, and for advocating ideas derived from classic Confucian thought. One of the criticisms against him is that his views are one-sided, and hence unfair to Western libertarian ideas. In this paper, I argue that Rosemont’s one-sidedness is deliberate. His theory is not intended to be a balanced account. I will illustrate that Rosemont’s way of conceiving the human self is not peculiar to him, but characteristic of those who take philosophy as a way of life, such as Mencius and Sartre. I shall argue that their practices suggest a gong-fu perspective, with which we evaluate philosophical theories according to their functions in shaping people’s behaviors and with consideration of the context of their uses

Dehn surgeries on knots in product manifolds

We show that if a surgery on a knot in a product sutured manifold yields the same product sutured manifold, then this knot is a 0-- or 1--crossing knot. The proof uses techniques from sutured manifold theory.Comment: 21 pages, 5 figure

Anisotropic thermal expansion of AEFe2As2 (AE = Ba, Sr, Ca) single crystals

We report anisotropic thermal expansion of the parent, AEFe2As2 (AE = Ba, Sr, and Ca), compounds. Above the structural/antiferromagnetic phase transition anisotropy of the thermal expansion coefficients is observed, with the coefficient along the a-axis being significantly smaller than the coefficient for the c-axis. The high temperature (200 K < T < 300 K) coefficients themselves have similar values for the compounds studied. The sharp anomalies associated with the structural/antiferromagnetic phase transitions are clearly seen in the thermal expansion measurements. For all three pure compounds the "average" a-value increases and the c-lattice parameter decreases on warming through the transition with the smallest change in the lattice parameters observed for SrFe2As2. The data are in general agreement with the literature data from X-ray and neutron diffraction experiments