In this article we offer a discussion around our academic-practitioner involvements with one another and with a targeted community, in relation to a particular project. In the title of the article, we have hyphenated the term academic-practitioner to render fuzzy the distinction between “academic” roles (associated with institutions of higher learning and with professional research) and the roles of “practitioners” operating and learning in the field in engagement with communities. In the article we detail our collaborations with one another and with a farming community in all undertaking (co)inquiries around options for social and ecological development. We explain how this fits the epistemological views as offered by Indigenous authors propounding an Indigenous research paradigm (with transformative intent) to generate visions of realities in-the-making, towards enhanced wellbeing in communities and towards a sustainable future. We provide a detailed example in the course of our deliberations.
with this paper, we intend to clarify some of the central notions that are commonly used in contemporary developments of Epistemic Logic, which lack a proper theoretical foundation. We want to follow the steps of some prominent epistemologists and epistemic logicians, who advocate for a correlation between their respective fields of study. We will proceed with a first small step that will consist in adapting one contemporary version of Epistemic Internalism to the framework of Awareness Logic, such that the key concepts in this logic can be sustained by an epistemological view, which, in turn, can work as a theoretical foundation for Awareness Logic.
In this work we summarise the concept of bisimulation, widely used both in computational sciences and in modal logic, that characterises modal structures with the same behaviour in terms of accessibility relations. Then, we offer a sketch of categorical interpretation of bisimulation between modal structures, which comprise both the structure and the valuation from a propositional language.
The project review as outlined in this article explores the questions: What is transformative research and what is transformation as far as the community stakeholders are concerned? To what extent has the transformative research achieved its intended outcomes? The Bokamoso project (founded by Lesego Serolong as facilitator and investor) is an integrated development project designed to create employment and to enable the community to learn while they make a living through a diverse range of farming activities. The participatory research as discussed here is part of the University of South Africa’s research and community engagement programme, and is set in a remote, arid zone. This research coupled with community engagement aims to transform lives and create opportunities by enhancing their participation in education, training and employment creation. The project (which has been running since 2015) supports indigenous ways of being, knowing and doing and has succeeded in enabling the farmers trained through Bokamoso to be less dependent on social benefits (government grants).
The modern understanding of radiation got its start in 1895 with X-rays discovered by Wilhelm Röntgen, followed in 1896 by Henri Becquerel’s discovery of radioactivity. The development of the study of radiation opened a vast field of research concerning various disciplines: chemistry, physics, biology, geology, sociology, ethics, etc. Additionally, new branches of knowledge were created, such as atomic and nuclear physics that enabled an in-depth knowledge of the matter. Moreover, during the historical evolution of this body of knowledge a wide variety of new technologies was emerging. This article seeks to analyze the characteristics of experimental research in radioactivity and microphysics, in particular the relationship experience-theory. It will also be emphasized that for more than two decades, since the discovery of radioactivity, experiments took place without the theory being able to follow experimental dynamics. Some aspects identified as structural features of scientific research in the area of radiation and matter will be addressed through historical examples. The inventiveness of experiments in parallel with the emergence of quantum mechanics, the formation of teams and their relationship with technology developed from the experiments, as well as the evolution of microphysics in the sense of “Big Science” will be the main structural characteristics here focused. The case study of research in radioactivity in Portugal that assumes a certain importance and has structural characteristics similar to those of Europe will be presented.
According to the traditional view, the following incompatibility holds true: in reasoning, either there is warrant (certainty) or there is novelty. If there is warrant, there is not novelty: that would be the case of deductive reasoning. If there is novelty, there is not warrant: that would be the case of inductive reasoning. Causal reasoning would belong to the second group because there is novelty and, therefore, there is not warrant in it. I argue that this is false: reasoning may have novelty and, nevertheless, be a deductive one. That is precisely what happens in (some) causal reasoning. And I will develop the following line of argumentation: one thing is to warrant that some state of affairs exists and other thing is to warrant that warrant. So we may have correct deductive reasoning without having certainty of that correction, like in some cases of causal reasoning.
Human behavior can range from automatic and even unconscious bodily movements to very elaborate and rational decisions. In this paper I develop a taxonomy based on the empirical analysis of the phenomenology associated with selected instances of different forms of behavior. The transition from sub-actional behavior to proper actions is shown to take place when the agent intervenes actively in the causal process leading from her mental states to the bodily movement by exercising her power to form intentions to act. It is argued that this type of analysis could be helpful to agent-causal accounts of action and free will.
This text is a reflection in action of an artistic process based on a scientific research. ENSAIO is the choreographic project that resulted from the translation mechanisms of laboratory concepts to a bodily approach, where it proposes a possible mainstreaming of artistic and scientific processes combined. This project joined artistic higher education schools in dance and scenic arts (ESD and FCSH) and Polavieja lab, a neuroscience research lab in Champalimaud Foundation – Center for the Unknown. This text aims to reveal the creative choreographic and performative potentials hidden in this scientific research concerning neurosciences. Identifying cross materials to artistic and scientific processes, it was possible to design a structure of the creation process and the construction of a choreographic performance. The common platform has been found in the process of translation and the definition of the same concept substrate, which made possible the approach of the two instances: studio and laboratory. One of its key features is the promotion of the communication among its agents: scientists and dancers. And the possibility of modelling and absorption from what it comes from this sharing and collaboration. The methods and the choreographic procedures mirrored and promoted this sharing and, therefore, the involvement of the body. Where, the body is the agent able to reflect and trigger this process, a body as an essay that is constantly in research. A body able to coordinate between various media and to expand the reflection on itself. Although science and art are individual instances that inevitably specialise and segregated away. Therefore, this text focuses on examples of cross-thinking of both scientific and artistic cultures, and the articulation of the theoretical and practical bodies in a practice-as-research on the development of the ENSAIO creative process.