Abstract“Force dynamics” refers to a previously neglected semantic category—how entities interact with respect to force. This category includes such concepts as: the exertion of force, resistance to such exertion and the overcoming of such resistance, blockage of a force and the removal of such blockage, and so forth. Force dynamics is a generalization over the traditional linguistic notion of “causative”: it analyzes “causing” into finer primitives and sets it naturally within a framework that (...) also includes “letting,”“hindering,”“helping,” and still further notions. Force dynamics, moreover, appears to be the semantic category that uniquely characterizes the grammatical category of modals, in both their basic and epistemic usages. In addition, on the basis of force dynamic parameters, numerous lexical items fall into systematic semantic patterns, and there exhibit parallelisms between physical and psychosocial reference. Further, from research on the relation of semantic structure to general cognitive structure, it appears that the concepts of force interaction that are encoded within language closely parallel concepts that appear both in early science and in naive physics and psychology. Overall, force dynamics thus emerges as a fundamental notional system that structures conceptual material pertaining to force interaction in a common way across a linguistic range: the physical, psychological, social, inferential, discourse, and mental-model domains of reference and conception. (shrink)

“Force dynamics” refers to a previously neglected semantic category—how entities interact with respect to force. This category includes such concepts as: the exertion of force, resistance to such exertion and the overcoming of such resistance, blockage of a force and the removal of such blockage, and so forth. Force dynamics is a generalization over the traditional linguistic notion of “causative”: it analyzes “causing” into finer primitives and sets it naturally within a framework that (...) also includes “letting,”“hindering,”“helping,” and still further notions. Force dynamics, moreover, appears to be the semantic category that uniquely characterizes the grammatical category of modals, in both their basic and epistemic usages. In addition, on the basis of force dynamic parameters, numerous lexical items fall into systematic semantic patterns, and there exhibit parallelisms between physical and psychosocial reference. Further, from research on the relation of semantic structure to general cognitive structure, it appears that the concepts of force interaction that are encoded within language closely parallel concepts that appear both in early science and in naive physics and psychology. Overall, force dynamics thus emerges as a fundamental notional system that structures conceptual material pertaining to force interaction in a common way across a linguistic range: the physical, psychological, social, inferential, discourse, and mental‐model domains of reference and conception. (shrink)

The causative construction poses a challenge to all mainstream approaches to Spanish mood. Mejías-Bikandi, Errapel. 2014. A cognitive account of mood in complements of causative predicates in Spanish. Hispania 97(4), 651–665, elaborating on his previous approach (Mejías-Bikandi, Errapel. 1998. Presupposition and old information in the use of the subjunctive mood in Spanish. Hispania 81(4), 941–948), which associates the indicative to information that is pragmatically asserted (i.e., presented as both true and new), claims that the use of the subjunctive in the (...) complements of volitive and causative verbs results from the fact that these complements are not independently grounded and so cannot be asserted. His proposal, though, raises some serious objections. In this paper, an alternative account is presented, whereby the use of the subjunctive in this context is understood as reflecting the antagonist’s viewpoint and epistemic assessment on the goal process within a force dynamics pattern. (shrink)

Journal Name: Cognitive Linguistics Issue: Ahead of print.

This thesis presents an interpretation of Immanuel Kant’s theoretical philosophy in which the notion of ‘force’ is of central importance. My analysis encompasses the full span of Kant’s theoretical and natural-scientific writings, from the first publication to the drafts of an unfinished final work. With a close focus on Kant’s texts, I explicate their explicit references to force, providing a narrative of the philosophical role and significance of force in the various periods of the Kantian oeuvre. This (...) represents an intervention into Kant scholarship that seeks to correct the marginal role accorded to ‘force’. The central problem that emerges through the thesis’ attention to force is: how to interpret the simultaneous separation and connection of physical and psychological forces in Kant’s mature, critical philosophy? Physical and psychological forces are strictly separated, and yet a common, ontological conception of force underpins these two domains. I show that this issue has its basis in a tradition of philosophical ‘dynamics’ stemming from Leibniz, which is examined in part one. The three parts of the thesis proceed chronologically through the Kantian oeuvre. Part one reconstructs the historical context of Leibnizian and Newtonian conceptions of force, and presents a narrative of the employment of force in Kant’s pre-critical writings, in their relation to the broad problematic of Leibniz’s dynamics. Part two explores the account of physical and psychological forces, and the common, ontological notion of force, in the major critical-period discussions. Part three presents the late works, namely the third Critique and the Opus postumum, as a ‘philosophy of force’, in which force, with all its necessary ambiguities, plays central roles in Kant’s late systematising endeavours. I conclude that the perspective of this thesis makes possible a new understanding of the nature and unity of Kant’s philosophical project. (shrink)

How people understand the fundamental dynamics of stock and flow is an important basic theoretical question with many practical applications. In this paper, we present a universal frame for understanding stock-flow reasoning in terms of the theory of force dynamics. This deep-level analysis is then applied to two different presentation formats of SF tasks in the context of climate change. We can explain why in a coordinate-graphic presentation misunderstandings occur, whereas in a verbal presentation a better understanding (...) is found. We end up with recommendations for presentation formats that will help people to better understand SF dynamics. Better public SF understanding might in turn also enhance corresponding public action – such as enhancing pro-environmental actions in relation to climate change. (shrink)

How does conscious thought occur? In the scene 'The cat is next to the dog', the cat is within a proximal distance to the left or right of the dog. This probabilistic proximal left/right cognitive space is an example of a mental 'place field'. A place field -- also in humans presumably represented by place cells in the hippocampus -- represents latent and thus potentially unconscious thought. Mentally 'seeing' the cat to the left or right is an example of a (...) 'localized point' within a place field. A localized point represents manifest and thus conscious thought. As proposed, this field-to-point reduction is naturally described in terms of force dynamics, a prominent theory of causal cognition. Possible generalizations from spatial mental imagery to all conscious occurrences of thought and emotion are discussed. (shrink)

This paper explores various metaphysical aspects of Leibniz’s concepts of space, motion, and matter, with the intention of demonstrating how the distinctive role of force in Leibnizian physics can be used to develop a theory of relational motion using privileged reference frames. Although numerous problems will remain for a consistent Leibnizian relationist account, the version developed within our investigation will advance the work of previous commentators by more accurately reflecting the specific details of Leibniz’s own natural philosophy, especially his (...) handling of the dynamical interactions of plenum bodies. (shrink)

We argue that dynamical and mathematical models in systems and cognitive neuro- science explain (rather than redescribe) a phenomenon only if there is a plausible mapping between elements in the model and elements in the mechanism for the phe- nomenon. We demonstrate how this model-to-mechanism-mapping constraint, when satisfied, endows a model with explanatory force with respect to the phenomenon to be explained. Several paradigmatic models including the Haken-Kelso-Bunz model of bimanual coordination and the difference-of-Gaussians model of visual receptive fields (...) are explored. (shrink)

This paper aims at investigating the dynamic characteristics of a microring driven by dual arch electrodes because they are basic elements of microelectrostatic motors. The dual arch electrodes surround the periphery of the microring and are arranged symmetrically to the center of the ring. The electrodes are fixed while the microring is flexible. The electrostatic force will deform the microring, while the deflection of the microring changes the gap between the microring and the electrodes, thereby changing the electrostatic (...) class='Hi'>force. Therefore, this is an electromechanical coupling effect. The nonlinear partial-differential equation that governs the motion of the microring is derived based on thin shell theory. Then, based on the assumption of small deflection, the nonlinear governing equation is linearized by truncating the higher-order terms of the Taylor series expansion of the nonlinear electrostatic force. After that, the linearized governing equation is discretized into a set of ordinary differential equations using Galerkin method in which the mode shape functions of the ring are adopted. The influences of the structural damping of the microring and the span of the arch electrodes on the forced response and dynamical stabilities of the microring are investigated. The results show that the damping ratio has a great influence on the system instability during high-frequency excitation. The unstable region of the system can increase with the increase of the electrode span; the response amplitude can also be increased within a certain range. (shrink)

This paper explores various metaphysical aspects of Leibniz’s concepts of space, motion, and matter, with the intention of demonstrating how the distinctive role of force in Leibnizian physics can be used to develop a theory of relational motion using privileged reference frames. Although numerous problems will remain for a consistent Leibnizian relationist account, the version developed within our investigation will advance the work of previous commentators by more accurately reflecting the specific details of Leibniz’s own natural philosophy, especially his (...) handling of the dynamical interactions of plenum bodies. (shrink)

We study the dynamics of a vortex in superfluid He4. This is carried out by deriving the effective Lagrangian for the center of the vortex by starting with the time-dependent Ginzburg-Landau formalism. From the resultant equation of motion for a vortex, we arrive at a novel aspect for the Magnus force which has long been known in fluid dynamics. This force has a geometric origin and is expected to occur in other form of condensates such as (...) vortex excitations for quantum Hall fluids or ferromagnets. We also consider the force of non geometric origin, the pinning force coming from the impurity. (shrink)

Both historical treatment and critical analysis, this work by a noted physicist takes a fascinating look at a fundamental of physics, tracing its development from ancient to modern times.

Knowledge Information Systems (KIS) institutions must receive strong and focused external pressure to function synergetically over sustained periods. This external pressure should be exercised by other elements in the system. Without such pressure, institutions and personnel act to fulfill their own social and political needs more than those of their clients, and their effectiveness is inevitably reduced. This article is concerned with the “moving forces” that instill public agricultural knowledge systems with particular dynamics. The article's objectives are to predict (...) under what circumstances external pressures will occur and their likely outcomes, and to advise KIS managers on how they can be managed. The first section reviews the evolution of the concept of external pressure as a moving force in the dynamics of technology systems. The next four sections examine the roles of policy makers, foreign agencies, farmers, and the private sector, respectively, in pressuring KIS institutions. The sixth section explores how institutions behave without external pressure. A final section looks at what all this implies for KIS managers' “room to maneuver.”. (shrink)

Human mass migration from place to place is well recorded in history. The ancient patterns of mass migrations could have their origins in natural forces or divine order. Simultaneously, modern recorded history suggests that human mass migrations were triggered by local and regional politics too such as political oppression or imperial invasion. However, a new pattern of mass migration emerged in the 20th century triggered by a complete new force-strategic redrawing of certain regional maps. This strategic redrawing of maps (...) is not locally inspired but imposed from abroad as part of competitive economic and military strategies of a global scale. This article intends to analyse the mass migrations triggered by Iraq-Syria civil wars in the framework of international strategic global competition. The article argues that these mass migrations are artificially caused by the economic and military strategies of international hegemonic powers. Strategic national interest abroad is the underlying objective at the cost of the sufferings of the millions. (shrink)

Biologists have long known that animal population dynamics are regulated by a combination of bottom-up and top-down forces. Yet, economists have argued that human population dynamics can also be influenced by intraspecific cooperation. Despite awareness of the role of interspecific cooperation in influencing resource availability and animal population dynamics, the role of intraspecific cooperation under different environmental conditions has rarely been considered. Here we examine the role of what we call “lateral forces” that act within populations and (...) interact with external top-down and bottom-up forces in influencing population dynamics using an individual-based model linking environmental quality, intraspecific cooperation, and population size. We find that the proportion of cooperators is higher when the environment is poor and population sizes are greatest under intermediate resources levels due to the contrasting effects of resource availability on behavior and population size. We also show that social populations are more resilient to environmental change than non-social ones because the benefits of intraspecific cooperation can outweigh the effects of constrained resource availability. Our study elucidates the complex relationship between environmental harshness, cooperation, and population dynamics, which is important for understanding the ecological consequences of cooperation. (shrink)

This book presents a systematic reconstruction of Leibniz’s dynamics project (c. 1676-1700) that contributes to a more comprehensive understanding of the concepts of physical causality in Leibniz’s work and 17th century physics. It argues that Leibniz’s theory of forces privileges the causal relationship between structural organization and physical phenomena instead of body-to-body mechanical causation. The mature conception of Leibnizian force is not the power of one body to cause motion in another, but a kind of structural causation related (...) to the configuration of integral systems of bodies in physical evolution. By treating the immanent philosophy of Leibniz’s dynamics, this book makes explicit the systematic aims and inherent limits of Leibniz's physical project, in addition to providing an alternative vision of the scientific understanding of the physical world in the late 17th and early 18th century. (shrink)

이 글은 초기 셸링의 자연철학이 동력학적 자연학임을 근원적 힘들에 관한 논의를 중심으로 해명하는 데 있다. 동력학적 자연학으로서 셸링의 자연철학은 다음과 같은 특성을 지닌다. 1) 운동은 정지로부터 나올 수 있다. 2) 모든 기계론적 운동은 근원적 운동으로부터 파생된 2차적 운동이다. 3) 근원적 운동은 근원적 힘들에서 유래한다. 셸링은 근원적 힘들인 인력과 척력을 통해 물질의 다양성을 양적 운동, 질적 운동, 상대적 운동으로 구성한다. 특히, 질적 운동은 화학적 운동을 통한 동력학의 자유로운 운동이다. 셸링은 자연을 주체로서 간주한다. 다시 말해, 자연은 생산물이 아닌 생산성으로 간주된다. 그러나 자연의 (...) 근원적 개념을 통해서 전체 자연은 생산물과 생산성의 동일성을 통해 규정된다. 동력학적 단계들은 생산물의 이중성과 동일성을 통해 자연의 보편적 범주들인 자기성, 전기성, 화학적 과정으로 전개된다. 이것은 무기적 생산물과 유기적 생산물의 차이를 나타낸다. 무기적 생산물에서 유기적 생산물로의 이행은 생산물에 의한 생산성의 제한으로부터 생긴다. 따라서 생산물의 유기적 형성은 팽창과 수축의 교체에 기인한다. 특히, 개체로서의 유기체는 유기적 생산물로서 감수성, 자극성, 형성충동을 거쳐 형성된다. 동력학적 관점에 의하면, 유기체는 감수성과 자극성의 상호작용, 감수성과 생산력의 상호작용, 자극성과 생산력의 상호작용을 통해 전개된다. 따라서 무기적 자연에서 유기적 자연으로의 이행은 잠세력을 통해 증명된다. 결론적으로 동력학적 자연학으로서의 셸링의 자연철학은 자연전체를 근원적 힘들로부터 설명하기 때문에, 결국 유기체에 연관되면서, 경험과 사변의 경계에서 근원적 힘들에 의한 이중성과 동일성으로 해명된다. (shrink)

A critical issue in executive control is how the nervous system exerts flexibility to inhibit a prepotent response and adapt to sudden changes in the environment. In this study, force measurement was used to capture “partial” unsuccessful trials that are highly relevant in extending the current understanding of motor inhibition processing. Moreover, a modified version of the stop-signal task was used to control and eliminate potential attentional capture effects from the motor inhibition index. The results illustrate that the non-canceled (...) force and force rate increased as a function of stop-signal delay, offering new objective indices for gauging the dynamic inhibitory process. Motor response was a function of delay in the presentation of novel/infrequent stimuli. A larger lateralized readiness potential amplitude in go and novel stimuli indicated an influence of the novel stimuli on central motor processing. Moreover, an early N1 component reflects an index of motor inhibition in addition to the N2 component reported in previous studies. Source analysis revealed that the activation of N2 originated from inhibitory control associated areas: the right inferior frontal gyrus, pre-motor cortex, and primary motor cortex. Regarding partial responses, LRP and error-related negativity were associated with error correction processes, whereas the N2 component may indicate the functional overlap between inhibition and error correction. In sum, the present study has developed reliable and objective indices of motor inhibition by introducing force, force-rate and electrophysiological measures, further elucidating our understandings of dynamic motor inhibition and error correction. (shrink)

It is difficult to evaluate the role of activity - of force or of that which has causal efficacy - in Descartes’ natural philosophy. On the one hand, Descartes claims to include in his natural philosophy only that which can be described geometrically, which amounts to matter (extended substance) in motion (where this motion is described kinematically).’ Yet on the other hand, rigorous adherence to a purely geometrical description of matter in motion would make it difficult to account for (...) the interactions among the particles that constitute Descartes’ universe, since the notions of extension and kinematical motion do not in themselves imply any causal agency. There is, after all, no reason to expect that a particle whose single essence is extension, even if we suppose it to be moving, should impart motion to another particle, while conversely, there is no reason to expect a resting particle to hinder the motion of an impinging one. Descartes' hankering for an austere ontology of matter in motion is in danger of excluding causal agency (force, conceived dynmically) from matter. To the modern reader it may seem obvious that Descartes did not get himself into such a fix, since matter in motion so readily reminds us of kinetic energy or of some more primitive notion of force. Yet by no means is it obvious that Descartes attributed causal efficacy to matter in motion per se. Serious scholars have held opposite positions on this issue. Westfall, Gabbey, and others’ have argued that although on the metaphysical plane Descartes attempted to eliminate force from his mechanical universe, nonetheless ‘force is a real feature’ of his mechanical world. The thrust of this view is that Descartes conceived of force as ‘the capacity of a body in motion to act’, by means of impact, upon other bodies. An opposing interpretation, defended here, is that Descartes did in fact deny causal agency to moving matter per se, restricting agency to immaterial substances such as the human mind, angels, and God. The intention of this interpretation is not to de-emphasize the role of matter in motion in Descartes’ explanation of nature, but rather to stress the fact that Descartes did not conceive of this moving matter dynamically. -/- Reprinted in Descartes, ed. by J. Cottingham, Oxford Readings in Philosophy (Oxford: Oxford University Press, 1998), 281–310. (shrink)

William Alston’s Theory of Appearing has attracted considerable attention in recent years, both for its elegant interpretation of direct realism in light of the presentational character of perceptual experience and for its central role in his defense of the justificatory force of Christian mystical experiences. There are different ways to account for presentational character, however, and in this article we argue that a superior interpretation of direct realism can be given by a theory of perception as dynamic engagement. The (...) conditions for dynamic engagement are such that there can be no absolute discontinuity between individual perceptual experiences and more public forms of inquiry, and this requirement has radical consequences for the prima facie justificatory force of religious experience. (shrink)

Reprint of: Gary Hatfield, Force (God) in Descartes' physics, Studies in History and Philosophy of Science Part A 10 (2):113-140 (1979) -/- Abstract. It is difficult to evaluate the role of activity - of force or of that which has causal efficacy - in Descartes’ natural philosophy. On the one hand, Descartes claims to include in his natural philosophy only that which can be described geometrically, which amounts to matter (extended substance) in motion (where this motion is described (...) kinematically).’ Yet on the other hand, rigorous adherence to a purely geometrical description of matter in motion would make it difficult to account for the interactions among the particles that constitute Descartes’ universe, since the notions of extension and kinematical motion do not in themselves imply any causal agency. There is, after all, no reason to expect that a particle whose single essence is extension, even if we suppose it to be moving, should impart motion to another particle, while conversely, there is no reason to expect a resting particle to hinder the motion of an impinging one. Descartes' hankering for an austere ontology of matter in motion is in danger of excluding causal agency (force, conceived dynmically) from matter. To the modern reader it may seem obvious that Descartes did not get himself into such a fix, since matter in motion so readily reminds us of kinetic energy or of some more primitive notion of force. Yet by no means is it obvious that Descartes attributed causal efficacy to matter in motion per se. Serious scholars have held opposite positions on this issue. Westfall, Gabbey, and others’ have argued that although on the metaphysical plane Descartes attempted to eliminate force from his mechanical universe, nonetheless ‘force is a real feature’ of his mechanical world. The thrust of this view is that Descartes conceived of force as ‘the capacity of a body in motion to act’, by means of impact, upon other bodies. An opposing interpretation, defended here, is that Descartes did in fact deny causal agency to moving matter per se, restricting agency to immaterial substances such as the human mind, angels, and God. The intention of this interpretation is not to de-emphasize the role of matter in motion in Descartes’ explanation of nature, but rather to stress the fact that Descartes did not conceive of this moving matter dynamically. (shrink)

We propose an account of dynamic predicates which draws on the notion of force, eliminating reference to events in the linguistic semantics. We treat dynamic predicates as predicates of forces, represented as functions from an initial situation to a final situation that occurs ceteris paribus, that is, if nothing external intervenes. The possibility that opposing forces might intervene to prevent the transition to a given final situation leads us to a novel analysis of non-culminating accomplishment predicates in a variety (...) of languages, including the English progressive. We then apply the force-theoretic framework to the composition of basic Vendlerian eventuality types within a lexical-decomposition syntax. The difference between predicates of forces and predicates of situations is argued to underlie the dynamic/stative contrast, and also to allow for a formal treatment of the difference between be and stay. Consequences for the relationship between language and cognition are discussed. (shrink)

Volume 28, Issue 2, March 2020, Page 408-411.

Creative force or creative shaping? This unprecedented effort to plumb the workings of the ontopoiesis of life by disentangling its primordial forces and shaping devices as they enter into the originary matrixes of life yields fascinating insights. Prepared by the investigation of the first two matrixes (the `womb of life' and `sharing-in-life', Analecta Husserliana Volume 74) the present collection of essays focuses upon the third and crowning creative matrix, Imaginatio Creatrix here proves itself to be the source and driving (...) force which brings us to the origins of the human mind - human life. Studies by: Elof Axel Carlson, A-T. Tymieniecka, N. Milkov, Eldon C. Wait, K. Rokstad, M. Golaszewska, M. Küle, W. Kim Rogers, Piotr Mróz, R. Pinilla Burgos, A. Carrillo Canán, G.R. Ronsivalle, J.E. Smith, A. Pawliszyn, A. Rizzacasa, L. Galzigna and M. Galzigna, Jiro Watanabe, M. Jakubczak, K. Tarnowski, M. Durst, W. Pawliszyn, R.A. Kurenkova, Carmen Cozma, E. Supinska-Polit, I.S. Fiut, Gerald Nyenhuis, Osvaldo Rossi, R.D. Sweeney, and D. Ulicka. (shrink)

This dynamical interpretation of the continuum is based on a threefold perspective. First, detailed differentiation of all standard realms of Leibnizian Weltanschauung – (R real), (P phenomenal), (I ideal). Second, analysis of the scope of the Law of Continuity famously formulated by Leibniz and mapping it onto this (RPI) structure. Third, finding the precise place of dynamics and force in this (RPI) continuum.

This paper provides an exploratory comparative assessment of the institutional pressures influencing corporate social responsibility in a developed country, UK, vs. a developing country, Brazil, based on a survey of different actors. Information on sustainability concerns, organizational strategies and mechanisms of pressure was collected through interviews with environmental regulatory agencies, financial institutions, media and non-governmental organizations. Our results confirm that the more advanced awareness and CSR responsiveness in the UK is a consequence of a predominance of coercive and normative forces (...) on the organizational field. The institutional forces tend to build a Brazilian organizational field that is relational based and risk intensive. The findings lend support to the view that CSR responses are unlikely to be easily transformed into uniform standardized practices across the globe. This paper contributes to a collective understanding of the organizational field and a common template for CSR in the context of developed and developing countries. (shrink)