Northampton Community College

About: Northampton Community College is a education organization based out in Bethlehem, Pennsylvania, United States. It is known for research contribution in the topics: Population & Poison control. The organization has 3410 authors who have published 4582 publications receiving 130398 citations. The organization is also known as: Northampton County Area Community College.

Re‐creating universities for ‘beyond the stable state’: from ‘Dearingesque’ systematic control to post‐Dearing systemic learning and inquiry

Abstract: This paper considers the limitations (excluding funding) of the UK Dearing Report and likely influences of what might be considered ‘Dearingesque proposals’, increasingly invoked throughout the world as ‘solutions’ to the challenges of ‘the learning society’. It is concerned with emphases of the report on structural solutions to complex problems that are by no means structural in nature. The tendency is to ‘order the mess’, through increased standardisation, specification of outcomes and centralised control. Implementation of ‘Dearingesque proposals’ are likely to ossify traditional academic status hierarchies, subject boundaries, and the normative criteria by which teaching and learning quality and research tend to be judged. This trend will work against academics, and professional groups who recognise the need to build capacity for ‘second-order change’ and for new kinds of social learning in an essentially ‘unstable state’. It will also discourage the engagement of diversity.It is argued that innovation, development and partnership can only come from systemic learning and inquiry from ‘within the mess’. Working with, rather than controlling, this epistemological diversity and richness could lead to the visualisation and enactment of alternative epistemological and ethical positions by government, employers and academics, working in partnership. Systemic learning and inquiry could lead to new understandings of ‘responsiveness’ and quality in higher education for the millennium, that could enhance the capacity of society to work with and learn from challenges of complexity, change and systemicity. Copyright © 1999 John Wiley & Sons, Ltd.

Synaesthetic colours do not camouflage form in visual search

Abstract: One of the major issues in synaesthesia research is to identify the level of processing involved in the formation of the subjective colours experienced by synaesthetes: are they perceptual phenomena or are they due to memory and association learning? To address this question, we tested whether the colours reported by a group of grapheme-colour synaesthetes (previously studied in an functional magnetic resonance imaging experiment) influenced them in a visual search task. As well as using a condition where synaesthetic colours should have aided visual search, we introduced a condition where the colours experienced by synaesthetes would be expected to make them worse than controls. We found no evidence for differences between synaesthetes and normal controls, either when colours should have helped them or where they should have hindered. We conclude that the colours reported by our population of synaesthetes are not equivalent to perceptual signals, but arise at a cognitive level where they are unable to affect visual search.

Simultaneous strain and temperature measurements in composites using extrinsic Fabry–Perot interferometric and intrinsic rare-earth doped fiber sensors

Abstract: This paper reports on a novel optical fiber-based sensing system for conducting simultaneous strain and temperature measurements. The sensor design involves the use for the first time of an extrinsic Fabry–Perot interferometric (EFPI) strain sensor in conjunction with a rare-earth doped fiber fluorescence decay-time based temperature sensor. The combined sensors were embedded in a carbon fiber reinforced composite system and evaluated. The feasibility of using this type of embedded sensor configuration for simultaneous strain and temperature measurements was demonstrated.

Moments and generating functions for the absortion distribution and its negative binomial analogue

Abstract: The moments of the absorption are difficult to obtain. The generating functions are basic hypergeometric functions. This paper shows how to define two shift operators that allow elementary arguments to be used to develop recursions for the expected values of general functions. The exact moments of the distribution follow. The generating function for the negative binomial analogue gives the moments directly.