Attitude Ascriptions and Acceptable Translations

Critical notice of Mark Richard's "Context and the Attitudes"

[Book Review] Advances in Experimental Philosophy of Language, edited by Haukioja Jussi

Book review of Advances in Experimental Philosophy of Language, edited by Haukioja Jussi (London and New York: Bloomsbury Academic, 2015. pp. 204.

Borg’s Minimalism and the Problem of Paradox

According to Emma Borg, minimalism is (roughly) the view that natural language sentences have truth conditions, and that these truth conditions are fully determined by syntactic structure and lexical content. A principal motivation for her brand of minimalism is that it coheres well with the popular view that semantic competence is underpinned by the cognition of a minimal semantic theory. In this paper, I argue that the liar paradox presents a serious problem for this principal motivation. Two lines of response to the problem are discussed, and difficulties facing those responses are raised. I close by issuing a challenge: to construe the principal motivation for Borg’s version of minimalism in such a way so as to avoid the problem of paradox

Folk Semantic Intuitions, Arguments from Reference and Eliminative Materialism

In a series of papers, Machery, Mallon, Nichols and Stich critique so-called arguments from reference, arguments that assume a theory of reference in order to establish substantive conclusions. The critique is that, due to cross-cultural variation in semantic intuitions giving rise to methodological problems in the theory of reference, all arguments from reference have an unjustified assumption. I examine an important example of an argument from reference, an argument of Churchland’s in support of eliminative materialism. I suggest that extant responses to the critique are unsatisfactory, and provide an alternative response: one might justify the assumption of a theory of reference in an argument from reference by appealing to an appropriate explication of the relevant commonsense concept

Below zero: carbon removal and the climate challenge

Summary: Carbon dioxide is being released into the atmosphere nearly twice as fast as it is removed by Earth\u27s carbon sinks, like forests and oceans.  Think of it as a bath tub overflowing. To get atmospheric carbon levels back to manageable levels we not only need to turn off the tap by reducing emissions but also pull the plug by boosting our carbon sinks. We need to find ways to remove that excess carbon from the air. This snapshot explores some key technologies that could move us below zero emissions

The impact of facilities management on patient outcomes

Purpose – The purpose of this paper is to investigate the extent to which practicing National Health Service (NHS) facilities managers thought that the contribution of facilities management (FM) could be measured in terms of health outcomes. Design/methodology/approach – A questionnaire was distributed to NHS facilities or estate managers from the majority of NHS trusts in England and Wales. Findings – In general, there is little or no evidence from pre-existing research to prove the contribution of FM in terms of health outcomes. However, in spite of this, 59 per cent of facilities managers in the NHS believe that the contribution of FM could be measured yet only a relatively small number of Trusts (16 per cent) have attempted to measure the contribution of FM. The analysis of the secondary data does not show any conclusive evidence of a correlation between FM and health outcomes. Research limitations/implications – The scope of the study did not extend to collecting empirical evidence to prove the contribution of FM to health outcomes – it was only focusing on whether facilities managers thought it was possible, and if so how they would measure the contribution. However, as part of the project some secondary data were tested for a relationship between FM services and health outcomes. Originality/value – This is the first time any study has gathered opinion from facilities managers as to whether they believe their contribution can be measured in terms of organisational outcomes, in this case patient care or health outcomes. It provides a useful starting point in order to develop a future study to prove the contribution from FM to health outcomes.</p

Strategic ecosystem studies of large slow flowing lowland rivers. Progress report: April - October 1989

This report covers the period April to September, 1989. During this period sampling of invertebrates has concentrated on planktonic animals and those associated with one of the dominant macrophytes in the system, Nuphar lutea, the yellow water lily, since these are particularly important in the diets of larval and juvenile cyprinid fish. A proportion of samples has been partly analysed and some preliminary data are presented here

Precision Determination of Invisible-Particle Masses at the CERN LHC: II

We further develop the constrained mass variable techniques to determine the mass scale of invisible particles pair-produced at hadron colliders. We introduce the constrained mass variable M_3C which provides an event-by-event lower bound and upper bound to the mass scale given the two mass differences between the lightest three new particle states. This variable is most appropriate for short symmetric cascade decays involving two-body decays and on-shell intermediate states which end in standard-model particles and two dark-matter particles. An important feature of the constrained mass variables is that they do not rely simply on the position of the end point but use the additional information contained in events which lie far from the end point. To demonstrate our method we study the supersymmetric model SPS 1a. We select cuts to study events with two Neutralino_2 each of which decays to Neutralino_1, and two opposite-sign same-flavor (OSSF) charged leptons through an intermediate on-shell slepton. We find that with 300 fb^-1 of integrated luminosity the invisible-particle mass can be measured to M=96.4 +/- 2.4 GeV. Combining fits to the shape of the M_3C constrained mass variable distribution with the max m_ll edge fixes the mass differences to +/- 0.2 GeV.Comment: 13 pages, 10 figure