Sociology or Psychology?

2020 ◽  
Vol 57 (3) ◽  
pp. 105-124
Author(s):  
Andrei G. Kuznetsov ◽  

The article is an attempt at the reverse engineering of conceptual architecture and logic of David Bloor's Strong Programme (SP) in the sociology of scientific knowledge via explicating key resources and interpretative techniques for constructing it. To do this I show how problematic is a conventional interpretation of the SP as a radicalization of Kuhn's theory of science and as a sociologization of epistemology. This problematization allows me to put anew three questions concerning the SP. In what sense it is post-positivist? In what sense it is sociological? Does it belong to social epistemology? To answer these questions I set myself four tasks. First, Bloor’s theoretical position concerning the Kuhn-Popper debate is located. Second, I point to and present Mary Hesse’s network model of science (NM) as a crucial theoretical source for the early SP. Third, I analyze in detail how Bloor interpreted and appropriated NM. Finally, I show what theoretical and methodological effects this interpretation had for the SP as presented in 1976. The general layout of the conceptual architecture of SP is modeled on the Hesse’s NM. It combines the principle of correspondence and that of coherence and sees the language of science as a network of predicates and laws segmented by contingent and empirical boundaries and not a priori logical divisions between theory and observation. But Bloor creatively interprets and appropriates NM by the double move of generalization and specification. Whereas Hesse’s NM refers to the functioning of scientific language, in Bloor’s hands, it comes to describe human learning in general inscribed in psychological processes (perception and thinking). As a result, SP is based on a form of psychological empiricism that sees science as a two-storied building. The first floor (perception) ensures correspondence and the second one (thinking) provide conditions of coherence. SP of 1976 is a specific model for the sociological segmentation of the second floor.

Author(s):  
Agnese Dubova ◽  
Diāna Laiveniece ◽  
Egita Proveja ◽  
Baiba Egle

The aim of the paper is to show and describe the current situation in the Latvian scientific language based on a case study of the problem about the place of a national language and its existence in science in modern globalised time, when the dominance of English as the lingua franca of science grows. More specifically, the paper analyses the November 2019 conceptual plans of the Latvian Ministry of Education and Science about a new concept of doctoral study programmes that would lean towards using English as the doctoral dissertation language in hopes for scientific excellence, and the public reaction and opinion on this concept. The descriptive method is used within the paper, including the contemporary literature review focused on the language of science globally, issues of multilingualism and glocalization, and the problems caused by these issues. Via empirical discourse content analysis, the authors looked at various documents, including Latvian law that governs the rights and rules of the Latvian language use in various contexts. They examined a wide array of mainly online content and diverse online community discourse related to the question of what language should be used (Latvian or English) within the doctoral dissertation process. For a comparison of the situation, the paper also provides a brief insight into the regulation of the language used in the development of dissertations in Lithuania. During the study, 21 different sources, that is, articles posted on various Latvian news media sites and 304 online user comments, predominantly anonymous, under these articles relating to the issue of language choice in doctoral dissertations were analysed. All the mentioned sources, to a greater or lesser extent, discussed the issue of what place Latvian has as a language of science and whether English should be the dominant language in doctoral studies, what implications the choice and usage of a language could have, and what far-reaching impact this might have on science, education, and society. The material revealed a breadth of opinions, depending on what group a person is more likely to represent, ranging from the Ministry stance to organisations and the general public. Some had a very pro-English stance, and some showed significant concern for the Latvian language. The main trend in online community user opinions could be condensed as such: there is a variety of language choices for a doctoral dissertation – a dissertation written in Latvian; a dissertation written in English; or leaving the language choice up to the doctoral student. This would ensure that the language choice fits the doctoral students’ goals and field of research. Making English mandatory would not likely lead to guarantee scientific excellence as what matters is the research content itself, not the language used. The national language in science is a current and important issue in Latvia, as there is a need for state language use in a scientific register, and this usage should be developed further. The Ministry document discussed is still a draft report, and it is not yet known what final decisions on the PhD process and dissertation language will be taken by policymakers in the future. This paper shows that language choice and use in science is not just a matter for scholars and PhD candidates, but an issue that can and does gain interest from various groups of society and gets discussed online in multiple ways, allowing people to express their opinion on policy and societal issues. Latvian is a scientific language, and it has a place within the international scientific discourse, and it should not be made to step aside for the dominant lingua franca.


Author(s):  
Debasish Batabyal

Pricing an alpine tourism is unlike pricing a tangible product. As a part of overall marketing strategy pricing a destination has lot of intricate issues that starts from the basic characteristics of the destination elements to the changing demand aspects. At the time of packaging, an alpine destination by a tour operator or destination promotion organization (DPO), a simplified model, is used that is not essentially limited to an absurd analysis of attraction features through FAM trips a priori. In almost all Indian leisure destinations, tourists are found to be price sensitive and per capita spending is not so high. So, an Indian alpine destination-specific model, based on simple linear regression equation, largely explaining the spending of tourists and thereby implying a modified landscape value has been explained here.


2016 ◽  
Vol 36 (1) ◽  
pp. 45-60 ◽  
Author(s):  
Cindy Gallois ◽  
Peta Ashworth ◽  
Joan Leach ◽  
Kieren Moffat

Social licence to operate (SLO) is an informal agreement that infers ongoing acceptance of an industrial or energy project by a local community and the stakeholders affected by it. Negotiation of SLOs centrally implicates language and communication, including scientific language and concepts. We first review the literature about the definition and communicative features of SLOs, and their relation to scientific communication. We describe communication accommodation theory and the ways that it can help understand (un)successful SLO negotiation, and describe examples of texts that show accommodative or nonaccommodative language around SLOs. We summarize some results which help indicate different ways of accommodating communities in the negotiation of SLOs. Finally, we describe a research agenda on communication accommodation and SLOs, in the service of improving their impact on energy, the environment, and the transfer of science.


2019 ◽  
Author(s):  
Amy L Cochran ◽  
Kenneth Nieser ◽  
Daniel B Forger ◽  
Sebastian Zöllner ◽  
Melvin G McInnis

AbstractGene-set analyses measure the association between a disease of interest and a set of genes related to a biological pathway. These analyses often incorporate gene network properties to account for the differential contributions of each gene. Extending this concept further, mathematical models of biology can be leveraged to define gene interactions based on biophysical principles by predicting the effects of genetic perturbations on a particular downstream function. We present a method that combines gene weights from model predictions and gene ranks from genome-wide association studies into a weighted gene-set test. Using publicly-available summary data from the Psychiatric Genetics Consortium (n=41,653; ~9) million SNPs), we examine an a priori hypothesis that intracellular calcium ion concentrations contribute to bipolar disorder. In this case study, we are able to strengthen inferences from a P-value of 0.081 to 1.7×10−4 by moving from a general calcium signaling pathway to a specific model-predicted function.


2021 ◽  
Vol 70 (4/2020) ◽  
pp. 151-170
Author(s):  
Milorad Djuric ◽  
Djordje Stojanovic

Niklas Luhmann articulates the basic elements of his authentic theoretical position as criticism of, as he calls them, classical sociology or classical organisation theory. While within these orientations, (social) systems are mainly interpreted as centralised entities whose structures are stabilised by purpose determined at the top, Luhmann, in his general theory of social systems privileges internal differentiation in which subsystems autonomously define their purposes, making society more flexible and capable of responding to environmental challenges. In that sense, the main intention of this paper is the creation of cognitive interest for the notions of complexity and flexibility, i.e. for the issue of subsystem autonomy, as the important elements of Luhmann’s general theory of social systems. Our premise is that the establishment of subsystem autonomy is not a matter of mere, a priori, theoretical and/or practical arbitrariness, nor does it mean an introduction into deconstruction of the system, but it represents a necessary step in the creation of successful responses of the social system to problems arising from the immense and dynamic complexity of its own environment. In other words, through the process of internal differentiation, by establishing subsystem autonomy, the social system increases its own complexity, i.e. ability to adjust to the environment. Thus, challenges arising from the environment are not transferred to the whole, but localised and processed in the appropriate, autonomous parts of the system. By so increasing its internal complexity, the system undeniably acquires the necessary flexibility, or capability for a faster and more efficient creation of alternative.


Author(s):  
Nikola Petrović

Environmental economics and ecological economics became established scientific fields as a result of the growth and the success of the environmental movement in the 1960s and 1970s. Using the strong programme in the sociology of scientific knowledge and the general theory of scientific/intellectual movements, this article compares four pairs of scholars (two pairs of scholars appropriated for these fields and fields' founders during the emergence and establishment of the fields). The article depicts how their institutional, ideological and scientific backgrounds contributed to the divergence of these fields. Practitioners of environmental economics and ecological economics were influenced by different strands of the environmental movement. Environmental economics has epistemological and institutional links with environmentalism and ecological economics with ecologism. Different types of interdisciplinarity were used in these fields—a bridge building type of interdisciplinarity in the case of environmental economics and a restructuring and integrative in the case of ecological economics.


Author(s):  
Noah L. Schroeder ◽  
Olusola O. Adesope

Learning scientific language continues to be challenging for many students because of its inherent complexity, volume of specific terminology, and many fields of science which incorporate the same terminology for different applications. In order to more effectively learn and apply the language of science, the authors propose the use of concept mapping. Research on concept mapping suggests that it is more effective than traditional teaching methods in students’ knowledge retention and transfer when compared to control groups that did not use concept mapping, but rather participated in class discussions, attended lectures, and read text passages regardless of educational level, settings, or subject domain (Nesbit & Adesope, 2006). Based on this synthesis of research, teachers are encouraged to adopt concept mapping as a pedagogical strategy in their science classrooms as no detrimental findings have been found related to its use. By providing students with a concept map of the terms which explains how the terms are related to the overarching concept or allowing them to build their own, students can begin to develop a deeper understanding of the language of science.


2021 ◽  
Vol 23 ◽  
pp. 156-177
Author(s):  
Marsonet Michele

In the philosophical inquiry adopted by logical empiricists, analysis of scientific language becomes something similar to a metaphysical endeavor which is meant to establish the bounds of sense, and this stance may be easily traced back to Wittgenstein’s Tractatus Logico-Philosophicus. On the other hand, the analytic tradition transferred this conception to the analysis of ordinary language, and this move, eventually, was able to restore the confidence of many philosophers in their own work. After all they were doing something important and worthwhile, that is to say, something no one else was doing, since linguists are certainly concerned with language, but from quite a different point of view. At this point we may well ask ourselves: What is wrong with this kind of approach, given the present crisis of the analytic tradition and the growing success of the so-called postanalytic thought? At first sight it looks perfectly legitimate and, moreover, it produced important results, as anybody can verify just reading the masterpieces of contemporary analytic philosophy. To answer the question: What is wrong?, we must first of all take into account language itself and check what it is meant to be within the analytic tradition. This will give our question a clear answer. We have to verify, furthermore, what kind of knowledge philosophy needs to be equipped with if it wants to preserve its autonomy. The logical positivists clearly claimed in their program that there is no synthetic a priori knowledge such as the one envisioned by Immanuel Kant. There is, however, an analytic and a priori knowledge which is supplied by mathematics and logic alone. Within this field, the techniques of contemporary formal logic are exalted because they allow us to build artificial languages which - at least theoretically - eliminate the ambiguities of everyday speech.


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