From pre-Christian times until the present day, philosophers have discussed whether, given evil, belief in God can logically be maintained. Theists and non-theists remain unconvinced by one another's arguments. This study re-examines the question of God and evil from a neutral standpoint and claims that neither side has come to adequate grips either with the question itself or with the other side's case, chiefly because of failure to distinguish the kinds of problem raised by evil.

The article deals with the algorithm of encrypting graphic information using transformation matrixes. It presents the actions that can be done with the image. The article also gives algorithms for forming matrixes that are created with the use of random processes. Examples of matrixes and encryption results are shown. Calculations of the analysis of combinations and conclusions to them are carried out. The article shows the possibilities and advantages of this image encryption algorithm. The proposed algorithm will allow to transmit (...) encrypted information through open communication channels. The algorithm uses all possible actions that can be done with the image, namely: image resizing, adding redundant elements to the image, changing the location of the pixels, changing the brightness of the image pixels, inverting the image pixels, changing the colours of the images pixels. A randomized approach to matrix formation will make it impossible to use neural systems. The algorithm of the implementation of writing encryption code is rather simple. It is not possible to decrypt the image without a key as the number of possible combinations is extremely large. This algorithm can be used in the military, intelligence, information security. Encryption does not require significant computing or RAM resources. This algorithm can be implemented in WEB-technology and in mobile applications, it has no recursive functions and loop in loop. The algorithm hides the image size, which in turn adds extra protection. Redundant elements will not allow neural networks to compare pixels. Changing colors, changing brightness, inversion by random processes will not allow neural networks to find the decryption function. The article considers an image encryption algorithm that will give a possibility to generate a key. The key will be a set of two-dimensional arrays formed in a randomized manner. A randomized approach to matrix formation will make it impossible to use neural systems. The algorithm uses all possible actions that can be done with the image, namely: Image resizing. Adding redundant elements to the image. Changing the location of the pixels. Changing the brightness of the image pixels. Inverting the image pixels. Changing the colours of the images pixels. The pixel positioning matrix gives us! combinations. The pixel brightness change matrix gives us 8 *! combinations. The pixel inversion matrix gives us 8 *! combinations. The pixel colour change matrix gives us 6 *! Combinations. The total number of combinations N is equal to: It is not possible to decrypt the image without a key as the number of possible combinations is extremely large. The algorithm of the implementation of writing encryption code is rather simple. This algorithm can be used in the military, intelligence, information security. The advantage of this algorithm is the fact that the encrypted image can be transmitted through open chann. (shrink)

Until the Scientific Revolution, the nature and motions of heavenly objects were mysterious and unpredictable. The Scientific Revolution was revolutionary in part because it saw the advent of many mathematical tools—chief among them the calculus—that natural philosophers could use to explain and predict these cosmic motions. Michel Blay traces the origins of this mathematization of the world, from Galileo to Newton and Laplace, and considers the profound philosophical consequences of submitting the infinite to rational analysis. "One of Michael Blay's many (...) fine achievements in _Reasoning with the Infinite_ is to make us realize how velocity, and later instantaneous velocity, came to play a vital part in the development of a rigorous mathematical science of motion."—Margaret Wertheim, _New Scientist_. (shrink)

Asa Kasher and Amos Yadlin’s article is a penetrating and well argued presentation of the Israeli perspective on the military ethics of terror. It does not claim to be official Israeli policy. Yet, its philosophic theoretical exposition is evident in the Israeli practice of fighting terror. On this basis it is a practical guide to action inspired by a lucid, coherent and compelling theoretical argumentation.

I argue that Metz's undertaking, in seeking a ‘comprehensive basic norm' to underpin African ethics, is similar to Hans Kelsen's postulation of the Grundnorm in his Pure Theory of Law. But African ethics does not need to be underpinned by an approach such as Kelsen's. In my view, Metz's preference for seeking to develop a Grundnorm rests upon a failure to attend carefully to the distinctness of African ethical thinking from Western ethical thinking. This failure is manifest in a spurious (...) distinction between ‘moral anthropology' / ‘cultural studies' and ‘normative theory'. It is also manifest in Metz's failure to attend carefully to the work of Wiredu and Bujo, both of whom present systematic, critical analyses of African ethical thinking while implicitly rejecting the quest for a Grund norm as being unAfrican. South African Journal of Philosophy Vol. 26 2007: pp. 347-355. (shrink)

Der siegreiche Zug der technische Zivilisation zerstörte die Harmonie des Menschen und der Umwelt, änderte traditionelle Wertvorstellungen. Der "technische Intellekt" ist nicht befähigt, Konkrete Probleme der menschlichen Geschichte zu lösen. Unter dem Vorwand des Kampfes mit diesem "technischem Intellekt" verstärken sich in der modernen Welt irrationalistlische Tendenzen, welche die Vernunft und die menschliche Rationalität im allgemeinen angreifen. In dieser Situation wächst die Rolle der sozialen Erkenntnis, di dialektisch-materialistische Rationalität verkörpert.

t. 1. Materii︠a︡ i otrazhenie.--t. 2. Istina, poznanie, logika.