Seeking Liberty’s Refuge: Analyzing Legislative Purpose Under Casey’s Undue Burden Standard

In the 1992 decision Planned Parenthood of Southeastern Pennsylvania v. Casey, the U.S. Supreme Court crafted the “undue burden” standard for evaluating the constitutionality of abortion laws. Under that standard, a state is free to regulate abortion, as long as the regulation does not impose an undue burden on a woman’s right to an abortion. Although the standard is disjunctive, the Casey opinion focuses on the “effect” prong of the test, with little guidance as to what a “purpose” prong inquiry would look like. Subsequent Supreme Court abortion jurisprudence has served only to obscure the issue. Circuit courts, therefore, have taken differing approaches to claims that an abortion law was adopted for an invalid purpose. This Note addresses the divide in how courts evaluate purpose-based challenges under Casey’s undue burden standard. One group of courts— including the Tenth, Fifth, and Eighth Circuits—apply heightened scrutiny to purpose prong challenges, requiring that the state articulate an important governmental interest, which is substantially related to the regulation in question. In contrast, a second group of courts–comprised of the Seventh and Fourth Circuits–apply rational basis review to purpose-based claims, requiring only that the law be rationally related to a legitimate state interest. This Note argues that the application of heightened scrutiny to purpose-based challenges more accurately applies prior Supreme Court abortion precedent, and is more consonant with substantive due process jurisprudence as a whole. It concludes with a discussion of the effect that heightened scrutiny would have on many common abortion laws

Cadmium sulfide photoconductor cells Final report, Sep. 1964 - Sep. 1965

Photoconductive cell configurations using cadmium sulfide film deposited on glass and metal foi

A modern control theory based algorithm for control of the NASA/JPL 70-meter antenna axis servos

A digital computer-based state variable controller was designed and applied to the 70-m antenna axis servos. The general equations and structure of the algorithm and provisions for alternate position error feedback modes to accommodate intertarget slew, encoder referenced tracking, and precision tracking modes are descibed. Development of the discrete time domain control model and computation of estimator and control gain parameters based on closed loop pole placement criteria are discussed. The new algorithm was successfully implemented and tested in the 70-m antenna at Deep Space Network station 63 in Spain

A new algorithm for modeling friction in dynamic mechanical systems

A method of modeling friction forces that impede the motion of parts of dynamic mechanical systems is described. Conventional methods in which the friction effect is assumed a constant force, or torque, in a direction opposite to the relative motion, are applicable only to those cases where applied forces are large in comparison to the friction, and where there is little interest in system behavior close to the times of transitions through zero velocity. An algorithm is described that provides accurate determination of friction forces over a wide range of applied force and velocity conditions. The method avoids the simulation errors resulting from a finite integration interval used in connection with a conventional friction model, as is the case in many digital computer-based simulations. The algorithm incorporates a predictive calculation based on initial conditions of motion, externally applied forces, inertia, and integration step size. The predictive calculation in connection with an external integration process provides an accurate determination of both static and Coulomb friction forces and resulting motions in dynamic simulations. Accuracy of the results is improved over that obtained with conventional methods and a relatively large integration step size is permitted. A function block for incorporation in a specific simulation program is described. The general form of the algorithm facilitates implementation with various programming languages such as FORTRAN or C, as well as with other simulation programs

Self-Disclosure

A review of the analog literature about therapist self-disclosure suggests that nonclients generally have positive perceptions of therapist self-disclosures. A review of the naturalistic psychotherapy literature indicates that therapist self-disclosure occurs infrequently, is used more often by humanistic-experiential than psychoanalytic therapists, is most often about professional background than about intimate personal details, is used for many different reasons, is used cautiously by therapists, and is helpful in the immediate process of therapy. Effects of therapist self-disclosure on the ultimate outcome of therapy are less clear. Limitations of the research (poor and inconsistent definitions and lack of a clinically appropriate methodology for studying self-disclosure) and guidelines for therapeutic practice are presented

Introduction to a Special Issue on Disclosure and Concealment in Psychotherapy

Given that questions related to disclosure have long held the interest of both clinicians and researchers, we are excited to present this special issue of Counselling Psychology Quarterly focusing on disclosure and concealment in psychotherapy. All forms of human communication involve some degree of disclosure, whether through verbal or non-verbal means. Most of us are quite careful about both the content and quantity of what we share with others. One factor that affects decisions about disclosure is the type of relationship. Friendships typically include an approximately equal amount of disclosure from both members, whereas in other relationships (e.g. parent–child, boss–employee), disclosure patterns may be less equal. Psychotherapy is one such relationship where participants likely do not disclose equally. Clients are expected to reveal themselves as much as possible so that therapists can help them, although the depth of such disclosures may gradually evolve as clients begin to feel safe with their therapists. In contrast, given that the purpose of psychotherapy is to help the client, therapist self-disclosure (TSD) is usually much more limited and ideally used only to help the client rather than meet therapists’ needs. Because psychotherapy is on the one hand much like a friendship, given the level of intimacy and sharing (Schofield, 1986), yet on the other hand a professional relationship focused on the client, it offers a rich opportunity for examining the disclosure process. We can consider disclosure to exist on a continuum. At one extreme, nothing is withheld and the person is completely open with all conscious thoughts and feelings. At the other extreme, a person does not disclose at all and in fact, might be actively concealing or lying. Few people live at the extremes, as it is almost impossible either to share or withhold all thoughts and feelings. In addition, it is important to recognize that disclosure is a state rather than a trait, such that although one may be generally open, that same person might not disclose in a particular given situation. For this special section, then, we focus on several aspects of this disclosure continuum. First, we focus on TSD. Next, we focus on client disclosure and concealment. We refer readers to prior reviews of the literature to gain more perspective on past research in this area (Henretty, Berman, Currier, & Levitt, 2014; Henretty & Levitt, 2010; Hill & Knox, 2002; Knox & Hill, 2003)

The Use of Dreams in Modern Psychotherapy

We review theories of dream work. We also review the empirical research about how dreams are used in psychotherapy, as well as the process and outcome of different models of dream work. Finally, we review how dream content can be used to understand client, the role of culture in dream work, client and therapist dreams about each other, and training therapists to do dream work

A new state space model for the NASA/JPL 70-meter antenna servo controls

A control axis referenced model of the NASA/JPL 70-m antenna structure is combined with the dynamic equations of servo components to produce a comprehansive state variable (matrix) model of the coupled system. An interactive Fortran program for generating the linear system model and computing its salient parameters is described. Results are produced in a state variable, block diagram, and in factored transfer function forms to facilitate design and analysis by classical as well as modern control methods