Over the past twenty years, the annual meetings of the Semiotic Society of America have tracked the growth and development of modern sign theory in American scholarship. Since 1981, the published proceedings of SSA meetings have included representative semiotic work from a wide range of disciplines and every extant -system- of semiotic thought. The papers have especially represented some of the leading intellectual descendants of C.S. Peirce and Ferdinand de Saussure in the United States and Canada. On this ground, the (...) series remains the primary record of North American contributions to sign perspectives, embracing world-wide philosophical, literary, and scientific bases for a 21st-century -doctrine of signs-. The proceedings project has consistently pursued excellent scholarship, representative diversity, and quality production. With publication of Semiotics 1996, general editor John Deely and the Semiotic Society continue the record of -representing- American semiotics. The SSA also plan to incorporate more voices from Mexico in an effort to achieve a comprehensive North American -semiotic- which is strongly linked to practical and theoretical developments across the world.". (shrink)

Burgess, J.P. and Rosen, G. Subject with No ObjectElliott, R.Faking Nature.

First it is proved that, in a deterministic theory, Malus' law requires that, if a photon is successively transmitted by two polarizers with appropriately chosen settings, the first transmission influences a hidden variable (co-) determining the second one. We derive from this that in an ideal EPR experiment (giving the result predicted by quantum mechanics for two correlated photons transmitted by two polarizers with suitably chosen settings) there has to be a nonlocal influence from the “first” transmission interaction to the (...) second. Subsequently we argue that we can abandon determinism as an assumption so that the locality hypothesis is in any case untenable if the predictions of quantum mechanics are all correct. (shrink)

We consider several thought and practical experiments, and variations thereof, from which the existence can be inferred of retroactive effects on the assumptions of conservation of linear and angular momentum and of realism defined in a wide sense. Such conclusion is made less counterintuitive by research into the proper physical background of the relativistic length contraction of a moving arrow, viz. the fact that the universe is four-dimensional indeed. In one of the experiments considered, the evidence of retroactivity is more (...) striking and can more easily be actually demonstrated than was the case in earlier proofs. (shrink)

(No abstract is available for this citation).

Kant’s distinction between appearance and thing in itself is one of the essential doctrines of his critical philosophy. He used it to attempt a solution of the problem posed by the antinomies. He based his theory of human free will on it. He employed it in his view that certain a priori conditions make experience in the sense of empirical knowledge possible. Indeed, there is scarcely an aspect of Kant’s philosophy that does not, directly or indirectly, depend on some use (...) of this distinction. (shrink)

A proof is given that there does not exist an event, that is not already in the past for some possible distant observer at the (our) moment that the latter is "now" for us. Such event is as "legally" past for that distant observer as is the moment five minutes ago on the sun for us (irrespective of the circumstance that the light of the sun cannot reach us in a period of five minutes). Only an extreme positivism: "that which (...) cannot yet be observed does not yet exist", can possibly withstand the conclusion concerned. Therefore, there is determinism, also in micro-physics. (shrink)

Examining the process of action at a distance, we arrive at the following conclusions: (a) The virtual photons and mesons transmitting Coulomb and nuclear forces, respectively, do not arise from “temporary violations of energy conservation,” but, on the contrary, exactly embody the potential energy corresponding to the relevant forceF that they transmit on their collision with the charged particles or nucleons via the formula Δp=FΔt. (b) In the case of an attractive force, the energy of these photons and mesons is (...) negative. The way this comes about is made clear by a more detailed investigation of Feynman's notion of “traveling backward in time.” (c) The action corresponding to, e.g., a virtual photon's appearance is exactly one quantumh, which fact is responsible for the unobservability of such photons. Some consequences of the revised conception of potential energy for, e.g., the tunnel and the Bohm-Aharonov effect are mentioned. (shrink)