Collection of Buddhist philosophical texts written by Mongolian monks and scholars.

A collaboration has been arranged for the preparation and publication in three dual-language volumes within the Hegel series presently in preparation by Fr. Frommanns Verlag of new critical editions of Hegel’s 1821 Lectures on the Philosophy of Religion, to be included in one volume with the up to now unpublished first form of his Encyclopedia, and Hegel’s 1824 Lectures on the Philosophy of Religion, in two volumes. The new German editions are to be prepared by Professor Dr. K.-H. Ilting. (...) The English translations are to be prepared by Professor Darrel E. Christensen. The anticipation is that the first of these editions will appear some time in 1973. (shrink)

Within the framework of the Kershaw approach and of a hypothesis on spatial stochasticity, the relativistic equations of Lehr and Park, Guerra and Ruggiero, and Vigier for stochastic Nelson mechanics are obtained. In our model there is another set of equations of the hydrodynamical type for the drift velocityv i(x j,t) and stochastic velocityu i(x j,t) of a particle. Taking into account quadratic terms in l, the universal length, we obtain from these equations the Sivashinsky equations forv i(x j,t) in (...) the caseu i →0. In the limit l →0, these equations acquire the Newtonian form. (shrink)

In the article the issue of singling out some systemic criteria of differentiation between the fundamental and applied terminologies is considered. The authors point at the fact that each terminology has its own individual peculiarities, which mark it out against a general background of the terminological fund of a certain language. It is asserted that one of the most important and effective criteria that can be the basis of the approach to the study of sublanguages for special purposes is a (...) fundamental or applied character of the sphere of professional or scientific knowledge verbalized by a certain terminology. Such terms, as ‘fundamental terminology‘, ‘applied terminology‘ and ‘terminology of transition type‘, are introduced for scientific use. The fundamental terminology is understood as a sublanguage for special purposes that verbalizes the notions, forming the totality of fundamental knowledge, serving for the description of phenomena and processes in reality and in science, in the framework of which the fundamental research is carried out. The applied terminology is the name for the sublanguage for special purposes representing the notions, in which the results of human being’s practical scientific-industrial activity for changing the reality, forming the artificial habitat, are conceptualized. The terminology of transition type is the terminology that verbalizes the fragments of the field of scientific knowledge in which the research can have both a fundamental and applied character. The authors come to the conclusion that pure applied or fundamental terminologies are quite rare, that it is rational to speak about the degree of manifestation of the applied or fundamental character within the limits of this or that terminological system. (shrink)

Up to the present time, whenever Hegel’s political philosophy came under discussion reference was made to either the “Rechtsphilosophie” or, though less frequently, to his three political writings or to the works he wrote during his time at Jena and the Phänomenologie). It has, as far as I can see, never been seriously taken into consideration, that Hegel’s most mature accomplishment within the realm of political philosophy, the Rechtsphilosophie, represents only one aspect of this part of his philosophical system as (...) a whole, though in some respects one of particular importance, and that this work should therefore be seen in the context of his lectures. So far, however, it has hardly been possible to do this, seeing that the material pertaining to this matter remained inadequately published or not at all. The present edition is intended to meet this need, since it has become apparent that Hegel’s lectures on the philosophy of right to be published within the bounds of the historical-critical edition of his complete works on behalf of the “Deutsche Forschungsgemeinschaft” by the Hegel-Archiv in Bochum will not be available for decades. In the four volumes of this edition, therefore, is comprised the whole remaining or attainable material which for the most part is published here for the very first time. (shrink)

For a sufficiently large class of formal systems a duality theorem is proved. We consider such formal set theories $\widetilde{\scr{T}}$ [2] which, at least, satisfy the following conditions: 1. The theory $\widetilde{\scr{T}}$ contains its own (either bounded or introduced by a definition) substantive constant U, for which $\vdash \forall x[x\in U]$ or $\vdash \forall x[x\subset U]$ . 2. The operation of "complement", denoted by C, is defined with respect to U. 3. For any formula (resp. a term), A ⊦ A (...) ↔ ⅂⅂ A (resp. ⊦ CCA = A), and some basic conclusions follow. (shrink)

There is no unique way to generalize the mass operator 0 2 −p · p to curved spacetimes. The possible generalizations using either an analytic or an algebraic (group-theoretic) approach are discussed. We investigate in detail three possibilities: (i) the generalized D'Alembertian $$- \tilde \square = - (1/\sqrt { - g} )(\partial /\partial x^v )(\sqrt { - g} g^{\mu v} {\text{ }}\partial /\partial x^\mu$$ (ii) the operator ( $- (\tilde \square + \tfrac{1}{6}{\text{R)}}$ , which is conformally invariant in the massless (...) case, and (iii) an operator suggested by Meggs for Robertson-Walker spacetimes. A criterion for choosing among the different possibilities is proposed. It is used to eliminate the Meggs operator, but is not stringent enough to decide between the other two. (shrink)