Synthetic Quantum Systems

So far proposed quantum computers use fragile and environmentally sensitive natural quantum systems. Here we explore the new notion that synthetic quantum systems suitable for quantum computation may be fabricated from smart nanostructures using topological excitations of a stochastic neural-type network that can mimic natural quantum systems. These developments are a technological application of process physics which is an information theory of reality in which space and quantum phenomena are emergent, and so indicates the deep origins of quantum phenomena. Analogous complex stochastic dynamical systems have recently been proposed within neurobiology to deal with the emergent complexity of biosystems, particularly the biodynamics of higher brain function. The reasons for analogous discoveries in fundamental physics and neurobiology are discussed.Comment: 16 pages, Latex, 1 eps figure fil

Earth strain measurements with the transportable laser ranging system: Field techniques and planning

The potential of the transportable laser ranging system for monitoring the ground deformation around satellite ranging stations and other geodetic control points was examined with emphasis on testing the usefulness of the relative alteration technique. The temporal variation of the ratio of the length of each survey line to the mean length of all survey lines in a given area is directly related to the mean shear strain rate for the area. The data from a series of experimental measurements taken over the Los Angeles basin from a TLRS station at Mt. Wilson show that such ratios can be determined to an accuracy of one part in 10 million with a measurement program lasting for three days and without using any corrections for variations in atmospheric conditions. A numerical experiment using a set of hypothetical data indicates that reasonable estimates of the present shear strain rate and the direction of the principal axes in southern California can be deduced from such measurements over an interval of one to two years

Soliton with a Pion Field in the Global Color Symmetry Model

We calculate the property of the global color symmetry model soliton with the pion field being included explicitly. The calculated results indicate that the pion field provides a strong attraction so that the eigen-energy of a quark and the mass of a soliton reduce drastically, in contrast to those with only the sigma field.Comment: 15 pages, 2 figure

Wind turbine generator rotor blade concepts with low cost potential

Four processed for producing blades are examined. Two use filament winding techniques and two involve filling a mold or form to produce all or part of a blade. The processes are described and a comparison is made of cost, material properties, design and free vibration characteristics. Conclusions are made regarding the feasibility of each process to produce low cost, structurally adequate blades

The Accelerating Degradation of American Criminal Codes

This Article addresses the ongoing-and, indeed, accelerating process of sporadic, piecemeal, and unnecessary legislation leading to increasing inconsistencies and irrationalities in American criminal law. After a wave of modernization in the I960s and 1970s, the past generation has not witnessed further advances, but rather a serious and growing degradation of most criminal codes. This Article offers several insights regarding criminal code degradation. First, it provides specific and concrete examples of degradation and its harmful effects. Second, drawing on their experiences as participants in the recent reform efforts of Illinois and Kentucky, the authors offer an insider\u27s view of how the political system works (or fails) in the criminal law arena, and of the institutional and personal biases that lead to degradation and impede reform. Third, the authors offer several proposals for overcoming degradation-not just with a one-time-only code revision, but by implementing systemic changes to forestall future degradation. Despite recent trends, it is not only desirable but feasible for states to engage in a far-reaching reevaluation of their practices in enacting criminal legislation. If pursued, such a reevaluation has the potential to achieve substantial and lasting changes that would bring greater fairness, rationality, and effectiveness to criminal codes

Final Report of the Illinois Criminal Code Rewrite and Reform Commission

The Governor of Illinois created a commission to examine the problems with Illinois criminal law and to rewrite the Illinois criminal code. This two-volume Final Report of the Illinois Criminal Code Rewrite and Reform Commission proposes a new criminal code, in volume 1, together with an official commentary, in volume 2, that explains each provision and how and why it differs from existing law. The introduction to the Report summarizes the reasons for and the importance of criminal code reform, and describes the techniques used in this rewrite project, including both the project’s drafting principles and the methods by which the Commission organized its work. This report was co-authored by Paul H. Robinson, Reporter, Michael T. Cahill, Staff Director, and Commission Staff