Correction of errors in scientific research

Four ways to reduce scientific errors are by tests of equipment and programs, examination of results, peer review, and replication. This article describes various types of errors that may occur and procedures available for the prevention and correction of both unintentional and intentional errors in experiments that use computer programs to generate the stimuli, record the responses, or analyze the data. We describe a case study of a particular experiment that produced a result that has been found to be erroneous. The case study provides additional evidence of the essential importance of replication for the identification and elimination of scientific error.     

THE PHYSICS OF DAVID BOHM AND ITS RELEVANCE TO PHILOSOPHY AND THEOLOGY

Abstract. The purpose of this paper is to analyze David Bohm's work in terms of physics, philosophy, and theology. First, I discuss the development of Bohm's thought since 1951. Then, using the methodology of Imre Lakatos, I evaluate the scientific status of his research program. Next, I explore the philosophical dimensions of Bohm's views in which realist and idealist, monist and dualist, contingent and determinist outlooks occur in creative tension. Finally, I suggest ways in which Bohm's ideas are relevant to theology through concepts of God and cosmos, beauty and purpose, grace and free will, church, self and evil.

The entire universe is basically a single, indivisible…but flexible and ever changing, unit (Bohm 1951, 140).

     

Mental comparisons involving abstract attributes

Adult subjects in two experiments were presented pairs of stimuli that differed in varying degree on an abstract semantic attribute, and were required to choose the one with the higher value on the given dimension. Subjects in Experiment 1 chose the more pleasant member of a pair of pictures, concrete nouns, or abstract nouns. Those in Experiment 2, presented a pair of pictures or concrete nouns, chose the one whose referent had the higher monetary value. Theoretical interest centered on the effects of semantic distance, stimulus mode, and individual differences in imagery and verbal ability on choice time. In both experiments, response times (1) decreased with increases in semantic distance, (2) were faster for pictures than words (and for concrete than abstract words in Experiment 1), and (3) were faster for high- than for lowimagery participants. The results are completely consistent with a dual-coding (image vs. verbal) interpretation: Pleasantness and value, though conceptually abstract, are attributes of things rather than words, and they are accordingly represented in and processed by a system specialized for dealing with nonverbal information.     

Attitudinal qualities relating to the strength of the attitude-behavior relationship

A study was conducted to examine the relation between each of several attitudinal qualities and attitude-behavior consistency. Subjects' attitudes toward volunterring to participate in psychological research were assessed. The number of experiments in which each subject volunteered to participate was employed as the measure of behavior. Attitude-behavior consistency was significantly related to (1) the amount of direct experience upon which the subject's attitude was based (specifically, the number of experiments in which the subject had previously participated), (2) the degree of certainty with which the attitude was held, and (3) how well-defined the subject's attitude was, as measured by the width of his latitude of rejection. These three attitudinal qualities were significantly intercorrelated, suggesting that direct experience with an attitude object may produce an attitude that is both better defined and more confidently held than an attitude formed through more indirect means.     

From the word to the conversation: Paradigms and psychology in German protestant pastoral thought

Under steady pressure from ordinary pastoral practice German Protestantism gradually made proclamatory pastoral care more responsive to human need and more adequate to human complexity. In doing so it drew heavily from psychology, but the very refinements helped obscure its original intent. For that and other reasons it came into crisis and was replaced by therapeutic pastoral care, which now dominates German pastoral thought and practice. Each of these paradigms of pastoral work reflected in its own way on the theological aspects of pastoral care, producing quite different theologies of pastoral care and employing psychology in that process in quite different ways.Dr. Burck is Assistant Professor of Religion and Health and Chaplain-Supervisor at Rush-Presbyterian-St. Luke's Medical Center, 1753 W. Congress Parkway, Chicago, Illinois 60612. This article is a sequal to his The New Pastoral Care in Germany, published in the Summer, 1978 issue ofPastoral Psychology.     

Effects of attack and uncontrollable noise on aggression

After being either attacked or treated in a more neutral manner by an experimental confederate, male subjects shocked the confederate while being stimulated by loud noise. Among previously attacked subjects, possession of control over offset of the noise led to the delivery of shocks significantly shorter in duration than those given by subjects who did not have control. Mere predictability of noise offset did not have the same effect. Subjects who could control the noise did not differ from those who heard no noise with respect to the duration of shocks given. Noise had no effect on shock duration among nonattacked subjects. In a follow-up study subjects who were given bogus information that they were aroused by noise were less punitive toward an attacking confederate than subjects given no such information. The overall conclusion is that noise facilitates aggression in subjects who have been instigated to aggress to the degree that noise-produced arousal is misattributed to the instigating stimulus.     

A relay driver and contact closure sensing interface for an LSI-11 DRV11 parallel I/O board

A simple input and output circuit is described that allows users to sense contact closures and to drive relays from a Digital Equipment Corporation LSI-11 DRV 11 parallel interface board or a signal-compatible equivalent.