On Sikh ethics; includes brief biographies of Sikh religious leaders.

On the basis of previous studies in relational biology and the phenomenological calculus, in my contribution I outline the mathematical foundations of biological perception generally, and visual perception specifically. In this approach, the premise is that objects in nature are not directly accessible, and that real manifestations are projections of these invariant objects. The morphology of observables is mathematically entailed by the duality of projections and projectors in a bilinear algebra that is the phenomenological calculus. The relationships between what is (...) not directly accessible (which can be defined as noumena) and phenomena may be explicated in terms of metabolism and repair, whence a geometric theory of the perceived, the visible in particular, may be formulated in the category-theoretic language of relational biology. (shrink)

Speeches of the author on theory of knowledge in the context of Islamic philosophy.

For the first time in print, well-known spiritual teacher A.H. Almaas presents the highest level and most profound teachings of the Diamond Approach on the true nature of reality and the path to enlightenment. For more than thirty years, A.H. Almaas has been developing and teaching the Diamond Approach, a spiritual path of self-realization and maturity based on an original synthesis of modern discoveries in the field of psychology and a new paradigm about spiritual nature. If we can say the (...) Diamond Approach has a goal it is to realize the truth at progressively deeper levels until one reaches the ultimate Truth, the Absolute, and to become integrated into that truth so that we are a living presence and embodiment of that truth. The teachings of this path have been unfolding over time, and Runaway Realization presents--for the first time in print--the highest level of teachings in the Diamond Approach in the most profound work by Almaas so far. In this book, Almaas offers a detailed look at the true nature of reality and the nature of enlightenment. He also talks about practice--what it is and what it isn't, and how practice relates to the process of realization. He looks at what it is to be a human being and what our role is in the totality of the universe. The material includes a discussion of the nature of space and time, as well as a view of more and more subtle levels of realization. (shrink)

The democratic principle in its extreme form is the assertation that the mere fact of free birth is alone sufficient to constitute a claim to all offices. It is never the claim of a majority to rule, but it is the demand that every one, whether rich or poor, high- or low-born, shall be equally represented in the constitution. This is what Aristotle calls the principle of numerical equality.-from "Chapter VI: Democracy"One of the most renowned classical scholars of the turn (...) of the 20th century here offers a lucid and highly readable overview of a difficult and little understood aspect of Greek history: its public law, not just how it was structured but how it behaved in action. This 1896 book-perfect for university students, amateur historians, and readers of the history of the law-covers the full range of Greek legal development, from the origin of the city-state and the beginnings of the Greek monarchy to the social and political institutions of the far-flung Greek civilization to the rise of federalism and its long-term historical impact on the cultures that came after.British classical scholar A.H.J. GREENIDGE was a lecturer in ancient history at Brasenose College, Oxford. He is also the author of Roman Public and Private Law (1894), Legal Procedure in Cicero's Time (1901), and Roman Public Life (1901), among many other works of ancient history. (shrink)

To the question ‘What does it mean to act or to do something?’, replies that it is not easy to identify a common character in actions. Begins by examining the position of Cook Wilson, who maintains that ‘to do something’ means to originate, cause, or bring into existence, either directly or indirectly, some not yet existing state either in oneself or some other body. Although Prichard agrees that usually action involves causing something, he observes that causing a change is not (...) itself an activity. In moving one's hand, one performs that indefinable mental activity of willing some change. The movement of the hand is the effect of the action, not the action itself, a fact overlooked by thinkers like Locke. Turning to the nature of the desire behind one's willing, Prichard rejects the view that this desire is actually a desire for the change willed. Despite forceful objections, Prichard maintains that this desire is the desire for the willing of that change. (shrink)

This work has been selected by scholars as being culturally important, and is part of the knowledge base of civilization as we know it. This work was reproduced from the original artifact, and remains as true to the original work as possible. Therefore, you will see the original copyright references, library stamps (as most of these works have been housed in our most important libraries around the world), and other notations in the work. This work is in the public domain (...) in the United States of America, and possibly other nations. Within the United States, you may freely copy and distribute this work, as no entity (individual or corporate) has a copyright on the body of the work. As a reproduction of a historical artifact, this work may contain missing or blurred pages, poor pictures, errant marks, etc. Scholars believe, and we concur, that this work is important enough to be preserved, reproduced, and made generally available to the public. We appreciate your support of the preservation process, and thank you for being an important part of keeping this knowledge alive and relevant. (shrink)

In the years 1878 and 1879 the American physicist Alfred Marshall Mayer published his experiments with floating magnets as a didactic illustration of molecular actions and forms. A number of physicists made use of this analogy of molecular structure. For William Thomson they were a mechanical illustration of the kinetic equilibrium of groups of columnar vortices revolving in circles round their common centre of gravity . A number of modifications of Mayer's experiments were described, which gave configurations which were more (...) or less analogous to Mayer's arrangements. It was Joseph John Thomson who, in publications between 1897 and 1907, used Mayer's results to obtain a good deal of insight into the general laws which govern the configuration of the electrons in his atomic model. This article is mainly concerned with Mayer's experiments with floating magnets and their use by a number of physicists. Through his experiments Mayer made a significant, although small, contribution to the theory of atomic structure. (shrink)