Replicators

1 Mature MaGrav / 2 Circuit Connection / 3  Magrav Set / 4 Reference

in the end of 3 years study and research and application building and testing. I am of a team of developers who work on this issue across countries and disciplines, and I hope to link to them somewhere bellow.

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there will be several pages in this presentation combining images  and some words  where needed. However because this field knowledge is so vast, and this Document is to show one Typical sequence, Study with Application of a MaGravme
Home made Electric Replicator and potentially independent Plasma Generator

with many blessings
Yosan

This paper traces the evolution of several ecological phenomena connected with the spread of replicating messages on the World Wide Web (web) and Internet (net). The paper begins by discussing some basic ecological and evolutionary concepts and then turns to analysing common features of replicating messages which have adapted them to survive in these particular 'ecologies'. Specifically, replicating messages survive best when they take advantage of the altruistic and 'information sharing' ethos of the virtual world, when they deal with issues of universal interest (most commonly the maintenance of the web and net themselves), when there is a steady influx of non immunised transmitters, and when it is difficult to falsify the content of the message definitively. (Certain very successful replicating messages share features of urban legends as suggested by Woolgar and Russell in their analysis of computer virus stories. In particular, a strong belief that some of these stories 'ought' to be true dramatically decreases the effectiveness of resources like hoax warning web pages.) These features can be illustrated by specific reference to the developments of the replicator known variously as xxx-1, Join the Crew, Win a Holiday or Good News. Good News is interesting because it is the warning and not the (probably) fictitious virus which constitutes the replicator. The paper concludes by drawing out the more general implications of studies of replicating messages. Firstly, the dialogues about these messages which occur on newsgroups are a very interesting source of secondary data about the transmission process which can be considered from the perspective of Conversation Analysis and Social Construction. Secondly, it may be appropriate to consider web phenomena like replicating messages from an 'ecological' perspective. Thirdly, the web serves as an extremely useful research tool for the study of replicators. (It may help to operationalise research on the spread of the memes suggested by Dawkins.) The paper concludes with some thoughts on the design and ethics of a 'tracer' or replicator deliberately released for research purposes.

Description/Abstract Replicator systems are among the simplest complex systems and can be considered to be at the foundation of many popularly used models ranging from theories of evolution and neurobiology to sociobiology and ecology. This paper presents the first ...

In evolutionary biology and ecology, ontological and epistemological perspectives based on the replicator and the interactor have become the background that makes it possible to transcend traditional biological levels of organization and to achieve a unified view of evolution in which replication and interaction are fundamental operating processes. Using the transactional perspective proposed originally by John Dewey and Arthur Fisher Bentley, a new ontological and methodological category is proposed here: the transactor. The transactional perspective, based on the concept of the transactor, bridges the dichotomy between organisms and environment that characterizes the interactional perspective on evolution and provides epistemological support for the emergentist, systemic view of evolutionary and developmental processes.