The Ignatian Mystic and the Isaiah Scholar: A Response to John Goldingay’s The Theology of the Book of Isaiah

2016 ◽  
Vol 25 (1) ◽  
pp. 21-29
Author(s):  
Chris E.W. Green

In and with the many rich gifts it affords, John Goldingay’s theology of Isaiah forces a series of pressing questions about the nature of Scripture as witness to Christ and the Christian gospel as well as about the character and purpose of Christian readings of the Hebrew Scriptures and the place of Christian doctrine in the practice of faithful interpretation. This paper attempts not only to draw attention to these questions but also to show why they matter and to provide at least the beginnings of an alternative approach to reading Isaiah and other ot texts, largely through appeal to other of Goldingay’s works.

1972 ◽  
Vol 14 (6) ◽  
pp. 411-423 ◽  
Author(s):  
H. Marsh ◽  
J. H. Horlock

Equations for the passage-averaged flow in a cascade are used to derive the momentum integral equations governing the development of the wall boundary layer in turbomachines. Several existing methods of analysis are discussed and an alternative approach is given which is based on the passage-averaged momentum integral equations. The analysis leads to an anomaly in the prediction of the cross flow and to avoid this it is suggested that for the many-bladed cascade there should be a variation of the blade force through the boundary layer. This variation of the blade force can be included in the analysis as a force deficit integral. The growth of the wall boundary layer has been calculated by four methods and the predictions are compared with two sets of published experimental results for flow through inlet guide vanes.


2017 ◽  
Vol 3 (1) ◽  
pp. 91-116 ◽  
Author(s):  
Hanmo Zhang

Among the many depictions of the Yellow Emperor that survive in a number of early Chinese texts, the historicized image of this purported ancient sage king has been accepted by many Chinese scholars as that of a historical figure and has greatly inspired their reconstruction of China’s remote past. In examining some of the extant Huangdi narratives, especially passages preserved in theDiscourses of the States[Guoyu],Records of the Grand Historian[Shiji], andRemaining Zhou Documents[Yi Zhoushu], this paper reveals a trend of historicizing an originally mythical Yellow Emperor presented in early Chinese writings. It also explores the historiographical reasoning behind such historicization and provides an alternative approach emphasizing the role of persuasion in the Huangdi narratives.


1998 ◽  
Vol 72 (2) ◽  
pp. 111-121 ◽  
Author(s):  
M. S. RIDOUT ◽  
S. TONG ◽  
C. J. VOWDEN ◽  
K. R. TOBUTT

Ritter & Salamini (1996) presented a systematic account of two-point linkage analysis in allogamous diploid plant species. Vowden et al. (1995) described an alternative approach that is implemented in a computer program LINKEM. This paper describes how the latter approach has been extended to three-point linkage analysis, and implemented in a new program LINK3EM that is available from the authors. The essence of the approach is for the computer program to derive the appropriate form of analysis for a specific cross from its ‘knowledge’ of the most general type of cross that can arise. This avoids the need for programming specific codes for the many different types of cross that can arise. The program allows different locus orderings and parental phases to be compared. The Haldane or Kosambi map functions can be specified, although it is also possible to estimate all three pairwise recombination fractions without any assumed map function.


Author(s):  
Martin M. Tweedale

Among the many scholars who promoted the revival of learning in western Europe in the early twelfth century, Abelard stands out as a consummate logician, a formidable polemicist and a champion of the value of ancient pagan wisdom for Christian thought. Although he worked within the Aristotelian tradition, his logic deviates significantly from that of Aristotle, particularly in its emphasis on propositions and what propositions say. According to Abelard, the subject matter of logic, including universals such as genera and species, consists of linguistic expressions, not of the things these expressions talk about. However, the objective grounds for logical relationships lie in what these expressions signify, even though they cannot be said to signify any things. Abelard is, then, one of a number of medieval thinkers, often referred to in later times as ‘nominalists’, who argued against turning logic and semantics into some sort of science of the ‘real’, a kind of metaphysics. It was Abelard’s view that logic was, along with grammar and rhetoric, one of the sciences of language. In ethics, Abelard defended a view in which moral merit and moral sin depend entirely on whether one’s intentions express respect for the good or contempt for it, and not at all on one’s desires, whether the deed is actually carried out, or even whether the deed is in fact something that ought or ought not be done. Abelard did not believe that the doctrines of Christian faith could be proved by logically compelling arguments, but rational argumentation, he thought, could be used both to refute attacks on Christian doctrine and to provide arguments that would appeal to those who were attracted to high moral ideals. With arguments of this latter sort, he defended the rationalist positions that nothing occurs without a reason and that God cannot do anything other than what he does do.


2016 ◽  
Vol 54 (1) ◽  
pp. 243-246

Roger H. Gordon of University of California, San Diego reviews “The Rise of the Value-Added Tax”, by Kathryn James. The Econlit abstract of this book begins: “Explores the evolution of the value-added tax (VAT) from relative obscurity to one of the world's most dominant revenue systems, why countries have adopted the VAT, and why different countries adopt different types of VAT. Discusses the rise of the value-added tax; an introduction to the good VAT; an introduction to the many real VATs in existence; the conventional approach to explaining the rise of the VAT; moving toward an alternative approach to explaining the rise of the VAT; case studies on the real-world challenges of VAT reform in Australia and the United States; and conclusions on the rise of the value-added tax.”


2006 ◽  
Vol 22 (3) ◽  
pp. 212-229 ◽  
Author(s):  
Zeike A. Taylor ◽  
Karol Miller

An important and longstanding field of research in orthopedic biomechanics is the elucidation and mathematical modeling of the mechanical response of cartilaginous tissues. Traditional approaches have treated such tissues as continua and have described their mechanical response in terms of macroscopic models borrowed from solid mechanics. The most important of such models are the biphasic and single-phase viscoelastic models, and the many variations thereof. These models have reached a high level of maturity and have been successful in describing a wide range of phenomena. An alternative approach that has received considerable recent interest, both in orthopedic biomechanics and in other fields, is the description of mechanical response based on consideration of a tissue's structure—so-called microstructural modeling. Examples of microstructurally based approaches include fibril-reinforced biphasic models and homogenization approaches. A review of both macroscopic and microstructural constitutive models is given in the present work.


2018 ◽  
Vol 3 ◽  
pp. 145
Author(s):  
James H. Cole ◽  
Romy Lorenz ◽  
Fatemeh Geranmayeh ◽  
Tobias Wood ◽  
Peter Hellyer ◽  
...  

In many clinical and scientific situations the optimal neuroimaging sequence may not be known prior to scanning and may differ for each individual being scanned, depending on the exact nature and location of abnormalities. Despite this, the standard approach to data acquisition, in such situations, is to specify the sequence of neuroimaging scans prior to data acquisition and to apply the same scans to all individuals. In this paper, we propose and illustrate an alternative approach, in which data would be analysed as it is acquired and used to choose the future scanning sequence: Active Acquisition. We propose three Active Acquisition scenarios based around multiple MRI modalities. In Scenario 1, we propose a simple use of near-real time analysis to decide whether to acquire more or higher resolution data, or acquire data with a different field-of-view. In Scenario 2, we simulate how multimodal MR data could be actively acquired and combined with a decision tree to classify a known outcome variable (in the simple example here, age). In Scenario 3, we simulate using Bayesian optimisation to actively search across multiple MRI modalities to find those which are most abnormal. These simulations suggest that by actively acquiring data, the scanning sequence can be adapted to each individual. We also consider the many outstanding practical and technical challenges involving normative data acquisition, MR physics, statistical modelling and clinical relevance. Despite these, we argue that  Active Acquisition allows for potentially far more powerful, sensitive or rapid data acquisition, and may open up different perspectives on individual differences, clinical conditions, and biomarker discovery.


Author(s):  
Johnny S. Kim ◽  
Adam S. Froerer

This chapter lays the framework for the book by defining and discussing trauma as well as describing the many aspects of trauma. An overview on the research on trauma will be presented along with descriptions about the various types of trauma clients may experience. A brief overview of common evidence-based treatments currently used to help clients deal with their trauma and with their limitations is also presented. The chapter provides a review of the SFBT trauma research and discusses ways SFBT can provide an alternative approach to helping clients. The chapter concludes by discussing why and how the SFBT approach might be more beneficial for clients managing trauma.


1981 ◽  
Vol 28 (5) ◽  
pp. 46-48
Author(s):  
Calvin J. Irons

Few topics in the elementary school cause more difficulty for students and teachers alike than the algorithm for long division. Teachers are frustrated by the many things that must be taken into consideration when the algorithm is introduced. Students, on the other hand, find the number of steps, which seemingly must be memorized, difficult to link together and, in general, see little relationship between those steps.


2019 ◽  
Vol 3 ◽  
pp. 145
Author(s):  
James H. Cole ◽  
Romy Lorenz ◽  
Fatemeh Geranmayeh ◽  
Tobias Wood ◽  
Peter Hellyer ◽  
...  

In many clinical and scientific situations the optimal neuroimaging sequence may not be known prior to scanning and may differ for each individual being scanned, depending on the exact nature and location of abnormalities. Despite this, the standard approach to data acquisition, in such situations, is to specify the sequence of neuroimaging scans prior to data acquisition and to apply the same scans to all individuals. In this paper, we propose and illustrate an alternative approach, in which data would be analysed as it is acquired and used to choose the future scanning sequence: Active Acquisition. We propose three Active Acquisition scenarios based around multiple MRI modalities. In Scenario 1, we propose a simple use of near-real time analysis to decide whether to acquire more or higher resolution data, or acquire data with a different field-of-view. In Scenario 2, we simulate how multimodal MR data could be actively acquired and combined with a decision tree to classify a known outcome variable (in the simple example here, age). In Scenario 3, we simulate using Bayesian optimisation to actively search across multiple MRI modalities to find those which are most abnormal. These simulations suggest that by actively acquiring data, the scanning sequence can be adapted to each individual. We also consider the many outstanding practical and technical challenges involving normative data acquisition, MR physics, statistical modelling and clinical relevance. Despite these, we argue that Active Acquisition allows for potentially far more powerful, sensitive or rapid data acquisition, and may open up different perspectives on individual differences, clinical conditions, and biomarker discovery.


Sign in / Sign up

Export Citation Format

Share Document