Theories are processes modelled by thought. When they evolve in time, they are transformed and become new theories. They may cross from one academic discipline to another, then open up to new areas of human knowledge, mixing together the humanities, art, science and even spirituality. The way they are modelled reveals their plasticity and their elasticity is tested in their potential for transfer from one field to another, while the different contacts they make and mergers they undergo generate a (...) certain hybridity. Plasticity, elasticity and hybridity are the triad which makes the transfer of theories possible. (shrink)

Theories are processes modelled by thought. When they evolve in time, they are transformed and become new theories. They may cross from one academic discipline to another, then open up to new areas of human knowledge, mixing together the humanities, art, science and even spirituality. The way they are modelled reveals their plasticity and their elasticity is tested in their potential for transfer from one domain to another, while the different contacts they make and mergers they undergo generate a (...) certain hybridity. Plasticity, elasticity and hybridity are the triad which make the transfer of theories possible. (shrink)

Antonio Signorini’s contribution to the constitutive theory of non-linear elasticity is reconstructed and analyzed. Some uninformed opinions suggesting he had a minor role, lacking of significant results, are discussed and refuted. It is shown that Signorini should be rightly credited for being among the first scholars aware of the central problem of non-linear elasticity: the determination of the general form of the elastic potential.

This chapter contains sections titled: Non‐Euclidean Geometry The General Theory Superluminal Constraints and the GTR Lorentz Invariance and the GTR Quantum Theories in Non‐Minkowski Space‐times The GTR to the Rescue?

Undoubtedly the Penrose-Hameroff Orch OR model may be considered as a good theory for describing information processing mechanisms and holistic phenomena in the human brain, but it doesn’t give us satisfactory explanation of human perception. In this work a new approach explaining our perception is introduced, which is in good agreement with Orch OR model and other mainstream science theories such as string theory, loop quantum gravity and holographic principle. It is shown that human perception cannot be explained (...) in the terms of elementary particles and we should introduce new indivisible holistic objects with geometry based on smooth infinitesimal analysis - elastic membranes. The example of such a membrane is our Universe which is an indivisible whole. It is shown that our perception may be considered as the result of elastic oscillations of two dimensional (2D) elastic membranes with closed topology embedded in our bodies. Only one elastic membrane responsible for its perceptions will correspond to the selected organism, but there may be other membranes, even at the cell level. In other words, reality may be considered as the process of time evolution of holistic energetically very weak macro objects - elastic membranes with the geometry based on smooth infinitesimal analysis. An embedded membrane in this multidimensional world will look different for the external and internal observers: from the outside it will look like a material object with smooth infinitesimal geometry, while from the inside our Universe-like space-time fabric. When interacting with elementary particles and other membranes, a membrane will transform their energy into its elastic energy (a new form of energy) - the energy of stretching of the infinitesimal segments. The theory postulates that these elastic deformations will not be observable from the point of view of the internal observer. Heisenberg’s uncertainty principle will work in this physics only from the point of view of the internal observer. For the external observer each embedded elastic membrane may be stretched and even a very small region will become observable. For example, living organisms play the role of internal observers of the Universe, and at the same time they serve as external observers for 2D membranes embedded into our Universe. We can observe our 2D self-membranes through our perceptions, which are encoded in elastic oscillations of the elastic membrane. According to the theory, elastic membranes occupy energetically favorable positions around microtubules involved into Orch OR. The theory not only gives us a really multidimensional holistic picture of reality, but it also provides us with a new method for understanding such phenomena as perception, self-awareness and will. (shrink)

The phase field microelasticity theory of a three-dimensional, elastically anisotropic system of voids and cracks is proposed. The theory is based on the equation for the strain energy of the continuous elastically homogeneous body presented as a functional of the phase field, which is the effective stress-free strain. It is proved that the stress-free strain minimizing the strain energy of this homogeneous modulus body fully determines the elastic strain and displacement of the body with voids and/or cracks. The (...) proposed phase field integral equation describing the elasticity of an arbitrary system of voids and cracks is exact. The geometry and evolution of multiple voids and/or cracks are described by the phase field, which is the solution of the time-dependent Ginzburg-Landau equation. Other defects, such as dislocations and precipitates, are trivially integrated into this theory. The proposed model does not impose a priori constraints on possible void and crack configurations or their evolution paths. Examples of computations of elastic equilibrium of systems with voids and/or cracks and the evolution of cracks under applied stress are considered. (shrink)

It is known, despite special theory of relativity has been widely accepted, in our recent draft submitted to this journal it is shown that some experiments have been carried out suggesting superluminal wave propagation, which make Minkowski lightcone not valid anymore. Therefore, it seems worth to reconsider the connection between elastic wave and electromagnetic wave equations, as in their early development. In this paper we will start with Maxwell-Dirac isomorphism, then we will find its connection with elastic wave equations.

Our main research question is how pliable Norwegian meat consumption practices are. However it is not any type of elasticity we are interested in. We are specifically interested in the scope for what we dub the “4Rs” of responsible meat consumption within existing food systems: 1. Reducing the amount of animal-based proteins used 2. Replacing animal-based protein with plant-based, or insect-based alternatives 3. Refining processes of utilization of animal-based protein to minimize emissions, loss and waste 4. Recognising animal-based protein (...) as precious –i.e. recognising the people and the animals involved in meat production. -/- These four principles are derived by analogy to ethical principles guiding the use of animals in research, the so-called “3Rs”, namely: the imperatives to reduce the number of animals needed to make a scientific inference, to replace animal experiments with other types of research, and where not possible to replace ‘more’ with ‘less’ sentient creatures, and to refine the experimental setup so it minimises the discomfort and/or distress inflicted upon the animals (Russell and Burch, 1959). There are no such principles guiding the use of animals in farming, given the farming industry intrinsically relies on increasing its resources, of which animals are one. The current profile of climate change however opens up a way to re-appreciate meat –indeed what we articulate as the fourth principle of recognizing the preciousness of meat, above, given planetary boundaries. We proceed to reflect on how these 4Rs can be modulated, from a cultural-social perspective, that is, we look at cultural factors that could stretch current food practices along the 4R aspects. (shrink)

In the first decades of the nineteenth century the French mechanicians—Cauchy and Poisson amongst them—developed a theory of linear elasticity according to which matter is composed of material points. They believed that these points interact by means of opposite central forces, whose magnitude depends on the length of the segment joining the particles. This theory suggested that homogeneous isotropic materials were characterized by a unique elastic constant. Later experiments, however, showed that two elastic constants were necessary. These (...) results undermined the corpuscular model of matter as well as the interpretation of elasticity in terms of central intermolecular actions. The continuous theory of Green, based on the postulate that a potential function exists, gained fresh consensus in light of these experiments. These opposite views continued throughout the nineteenth century until Woldemar Voigt proposed a molecular model confirmed by experiments. This article presents the theories of each of these scientists and describes the contrasting views of nineteenth-century mechanicians. (shrink)

This paper analyses J.S. Mill's theory on the relationships between individual autonomy and State powers. It will be argued that there is a significant discrepancy between Mill's general liberal statements aimed to secure individual largest possible autonomy and the specific examples which provide the government with quite wide latitude for interference in the public and private spheres. The paper outlines the boundaries of government interference in the Millian theory. Subsequently it describes Mill's elastic paternalism designed to prevent people (...) from inflicting harm upon others as well as upon themselves, from soft paternalism on issues like compulsory education to hard paternalism on very private matters such as marriage, having children, and divorce by consent. (shrink)

The results are presented of first-principles calculations of the structural, elastic and lattice dynamical properties of GdX (X ¼ Bi, Sb). In particular, the lattice parameters, bulk modulus, phonon dispersion curves, elastic constants and their related quantities, such as Young’s modulus, Shear modulus, Zener anisotropy factor, Poisson’s ratio, Kleinman parameter, and longitudinal, transverse and average sound velocities, were calculated and compared with available experimental and other theoretical data. The temperature and pressure variations of the volume, bulk modulus, thermal expansion coefficient, (...) heat capacities, Gru¨neisen parameter and Debye temperatures were predicted in wide pressure (050 GPa) and temperature ranges (0–500 K). The plane-wave pseudopotential approach to the density-functional theory within the GGA approximation implemented in VASP (Vienna ab initio simulation package) was used in all computations. (shrink)

Contemporary philosophical pluralism recognizes the inevitability and legitimacy of multiple ethical perspectives and values, making it difficult to isolate the higher-order principles on which to base a theory of justice. Rising up to meet this challenge, Rainer Forst, a leading member of the Frankfurt School's newest generation of philosophers, conceives of an "autonomous" construction of justice founded on what he calls the basic moral right to justification. Forst begins by identifying this right from the perspective of moral philosophy. Then, (...) through an innovative, detailed critical analysis, he ties together the central components of social and political justice—freedom, democracy, equality, and toleration—and joins them to the right to justification. The resulting theory treats "justificatory power" as the central question of justice, and by adopting this approach, Forst argues, we can discursively work out, or "construct," principles of justice, especially with respect to transnational justice and human rights issues. As he builds his theory, Forst engages with the work of Anglo-American philosophers such as John Rawls, Ronald Dworkin, and Amartya Sen, and critical theorists such as Jürgen Habermas, Nancy Fraser, and Axel Honneth. Straddling multiple subjects, from politics and law to social protest and philosophical conceptions of practical reason, Forst brilliantly gathers contesting claims around a single, elastic theory of justice. (shrink)

Relativistic mean field theory with mesons σ, ω, π and ρ mediating interactions and nucleons as basic fermions has been very successful in describing nuclear matter and finite nuclei. However, in heavy-ion collisions, where the c. m. energy of two colliding nucleons will be in the hundreds of GeV region, nucleons are not expected to behave as point-like particles. Analyses of elastic pp and ¯pp scattering data in the relevant c. m. energy range show that the nucleon is a (...) composite object—a topological soliton or Skyrmion embedded in a condensed quark-antiquark ground state. Against this backdrop, we formulate an effective field theory model of nuclear matter based on the gauged linear σ-model where quarks are the basic fermions, but the mesons still mediate the interactions. The model describes the nucleon as a Skyrmion and produces a q¯q ground state analogous to a superconducting ground state. Quarks are quasi-particles in this ground state. When the temperature exceeds a critical value, the scalar field in the ground state vanishes, quarks become massless, and a chiral phase transition occurs leading to chiral symmetry restoration. We explore the possibility of a first order phase transition in this model by introducing suitable self-interactions of the scalar field. Internal structures of the Skyrmions are ignored, and they are treated as point-like fermions. (shrink)

This work deals with the context of formation of Professor Dr. John Hadji Argyris in Germany during the 1930s and Switzerland during the 1940s. Using primary documentation, we elucidate publications with scientific theories of structural analysis made during his job as a member of a secret Commission in the Royal Aeronautical Society, in England. We explore the content of the serial publication of the Theorems of Energy and Structural Analysis of the Aircraft Engineering Journal, from 1954 and 1955, from Argyris’s (...) lectures at Imperial College, London, where he was a professor and director of the Department of Aeronautical Structures. The goal of this research is to analyze the systematic method of calculation of Argyris, starting from the theory of Computational Simulation. From this point of view, the conceptual mathematical model would be a computational model based on the unification of the concepts of Elasticity Theory and Energy Theorems formulated in matrix mathematics for communication with the computer. (shrink)

The static properties of leaves with parallel venation from terrestrial orchids of the genus Epipactis were modelled as coupled elastic rods using the geometrically exact Cosserat theory and the resulting boundary-value problem was solved numerically using a method from Shampine, Muir and Xu. The response of the leaf structure to the applied force was obtained from preliminary measurements. These measurements allowed the Young’s modulus of the Epipactis leaves to be determined. The appearance of wrinkles and undulation characteristics for some (...) leaves has been attributed to the small torsional stiffness of the leaf edges. (shrink)

Philosophical cognitivists have argued for more than four decades that emotions are special types of judgments. Anti-cognitivists have provided a series of counterexamples aiming to show that identifying emotions with judgments overintellectualizes the emotions. I provide a novel counterexample that makes the overintellectualization charge especially vivid. I discuss neurophysiological evidence to the effect that the fear system can be activated by stimuli the subject is unaware of seeing. To emphasize the analogy with blind sight , I call this phenomenon blind (...) fright . Cognitivists may reply that blindfright is nothing but an unconscious judgment subcortically elicited. This reply is in line with the strategy commonly employed by cognitivists against their critics. I call it the Elastic Strategy, because it consists of ‘stretching’ the notion of judgment in order to accommodate counterexamples. This strategy, I argue, turns cognitivism into a theory that is at worst unfalsifiable and at best trivially true. The final portion of my article aims to rescue cognitivism from the damage done by the Elastic Strategy. I distinguish three varieties of cognitivism, one concerned with what emotions essentially are (Constitutive Cognitivism), one concerned with what causes emotions (Etiological Cognitivism) and one concerned with what emotions represent (Representational Cognitivism). I conclude that what cognitivism has to offer to emotion theory are primarily insights concerning the causes and representational content of emotions. The constitutive identification of emotions with judgments, on the other hand, does more harm than good. (shrink)

I defend and develop a traditional view in the metaphysics of sound, The Wave Theory of Sound. According The Wave Theory, as developed herein, sounds are not patterned disturbances so much as their propagation. And the propagation of a patterned disturbance is not a form of travel, but a dynamic in-formation, the wave-form successively inhering in diferently located parts of the dense and elastic medium. This conception, along with the assumption that we hear not only sounds but their (...) sources, has the resources to address many of the most recent criticisms of this traditional view. (shrink)

Most now recognize the inevitability of rationing in modern health care systems. The elastic nature of the concept of “health need,” our natural human sympathy for those in distress, the increased range of conditions for which treatment is available, the “greying” of the population; all expand demand for care in ways that exceed the supply of resources to provide it. UK governments, however, have found this truth difficult to present and have not encouraged open and candid public debate about choices (...) in health care. Indeed, successive governments have presented the opposite view, that “if you are ill or injured there will be a national health service there to help; and access to it will be based on need and need alone.” And they have been rightly criticized for misleading the public and then blaming clinical and managerial staffin the National Health Service when expectations have been disappointed. (shrink)

Most now recognize the inevitability of rationing in modern health care systems. The elastic nature of the concept of “health need,” our natural human sympathy for those in distress, the increased range of conditions for which treatment is available, the “greying” of the population; all expand demand for care in ways that exceed the supply of resources to provide it. UK governments, however, have found this truth difficult to present and have not encouraged open and candid public debate about choices (...) in health care. Indeed, successive governments have presented the opposite view, that “if you are ill or injured there will be a national health service there to help; and access to it will be based on need and need alone.” And they have been rightly criticized for misleading the public and then blaming clinical and managerial staffin the National Health Service when expectations have been disappointed. (shrink)

Over the last few decades, theoretical discussions about metaphors have appeared with increasing frequency in the literature and, during the last fifteen years or so, such discussions have become more and more common in the methodology of economics. But what exactly is a metaphor? According to a tradition which dates back to Aristotle, a metaphor is the attribution to one object, A, of the name of another object, B, while this name or these qualities do not properly or normally belong (...) to A. Thus, a metaphor is present when a term used to describe A is a term which is already commonly used to name B. Defined in such a way, one must admit that metaphors are frequently found in economics as well as in other sciences. Let us consider, for example, a term like ‘elasticity’ which is extensively used by economists. According to the ordinary dictionary definition, this word designates a property of bodies by which they recover their initial form after having been submitted to a pressure; in a less technical sense, it refers to the flexibility of some bodies or to their responsiveness to pressures. (shrink)

In a manuscript summary, probably written in 1619, of his otherwise unknown earlier work on the oblique impact of elastic spheres, Thomas Harriot gives a largely ‘correct’ theory for their subsequent motion. He derives various consequences from his theory, but gives little indication of the observations or the first principles on which it may have been based. The text of the summary, and of some related fragments, is given.

In this paper we shall consider the circumstances under which the concept of ‘field’ was introduced into electrical theory, the traditional use of the notion of field with particular reference to electrical theory, and sketch three characters of a field in this context. These are its pervasiveness, its independent existence, and its status as an elastic body. In each case we will briefly bring to bear more modern comment on these three facets of the traditional conception, attempting to (...) salvage the meaning for the term field that is currently accepted. Following this, ‘field intensity’ will be compared with other terms such as ‘displacement current’ and the fictional character of terms and the conventional character of the equations in which ‘field intensity’ appears will be discussed. The paper closes with a summary of the points made. (shrink)

Alienation is a double-edged concept adaptable to both positive and negative or critical accounts of the individual, culture and society. It is also elastic enough to describe very different economical and cultural effects, and thus it is a potential source of confusion and inconsistency. Alienation is characterised by a Janus-faced adaptability to both neutral/positive and negative uses: the former may be considered as endemic, the latter as historical. In some respects alienation is neither avoidable in education nor wholly undesirable.

Alienation is a double-edged concept adaptable to both positive and negative or critical accounts of the individual, culture and society. It is also elastic enough to describe very different economical and cultural effects, and thus it is a potential source of confusion and inconsistency. Alienation is characterised by a Janus-faced adaptability to both neutral/positive and negative uses: the former may be considered as endemic, the latter as historical. In some respects alienation is neither avoidable in education nor wholly undesirable.

Nucleation and motion of kink pairs on partial dislocations are examined by elasticity theory for materials with a high Peierls stress. Two approaches are used: one considers the change in average stacking-fault energy due to alloying elements and the other considers the change in local SFE due to a nearby solute atom. Both approaches highlight the role of SFE on kink nucleation, propagation and annihilation and both furnish strain rate as a function of stress, temperature and SFE. Model (...) predictions are compared with yield stress data for two systems: firstly, an intermetallic, MoSi 2 , which softens for alloying elements that decrease the SFE and hardens for Re additions that increase the SFE; secondly, a ceramic oxide, MgO-Al 2 O 3 spinel, which softens with increasing addition of excess alumina and at the same time exhibits a decrease in SFE. The average SFE approach agrees qualitatively with the data while quantitative agreement is obtained with the local SFE approach. The possibility is considered that the model applies to other materials, such as TiAl, HfV 2 and Fe 3 Al, which show softening with certain alloying additions. One requirement is that the dislocations are dissociated more than a few atomic distances; otherwise kink nucleation occurs on the perfect dislocation . Hence the model does not apply to materials such as bcc metals which only have a core dissociation. Normal hardening effects of solutes from size and modulus misfits are additive with any softening effects from a decrease in SFE and so may mask the latter, as occurs for W additions to MoSi 2. (shrink)

In this paper I analyze the virtual debate between Locke and Leibniz on solidity as proposed in Leibniz’s chapter on solidity in his New Essays on Human Understanding. I first track the oddities of the dialogue presented in the New Essays’ chapter on solidity. In this virtual dialogue, Leibniz’s representative often digresses and sometimes overlooks or misrepresents some of Locke’s most important insights. I then argue that these oddities reflect Leibniz’s sentiment that a productive controversy on this issue cannot be (...) conducted due to his substantial differences with Locke regarding solidity and the nature of matter. These differences are at most indirectly implied in passing in Leibniz’s chapter on solidity and to see them one has to consider other texts presenting Leibniz’s theory of matter. (shrink)

The elastic and radiative π + p scattering are studied in the framework of an effective Lagrangian model for the Δ ++ resonance and its interactions. The finite width effects of this spin-3/2 resonance are introduced in the scattering amplitudes through a complex mass scheme to respect electromagnetic gauge invariance. The resonant pole (Δ ++) and background contributions (ρ 0, σ, Δ, and neutron states) are separated according to the principles of the analytic S-matrix theory. The mass and width (...) parameters of the Δ ++ obtained from a fit to experimental data on the total cross section are in agreement with the results of a model-independent analysis based on the analytic S-matrix approach. The magnetic dipole moment determined from the radiative π + p scattering is $\mu _{\Delta ^{ + + } } = (6.14 \pm 0.51)$ nuclear magnetons. (shrink)

Thomas Hobbes combines true representation and representation by fiction in the making of the modern representative state. This chapter examines how this is done and to what effect. Hobbes's adoption, in the English Leviathan, of a broad and elastic concept of person as an agent capable of speech and action marks a departure from his earlier works. Words and actions are the “outward appearances” that make up the Hobbesian person. As the distinction between true representation and representation by fiction shows, (...) at the core of Hobbes's theory of representation lie the notions of authorization and attributed action. According to Hobbes, representation by fiction is the only form of representation available to people, things or abstractions who “cannot be Authors, nor therefore give Authority to their Actors”. Representation was equally necessary, understood as the representation of the commonwealth itself as a formidable image of unity that transcended the mere sum of its authorizing parts. (shrink)

Fresnel's theory of light was (a) impressively predictively successful yet (b) was based on an "entity" (the elastic-solid ether) that we now "know" does not exist. Does this case "confute" scientific realism as Laudan suggested? Previous attempts (by Hardin and Rosenberg and by Kitcher) to defuse the episode's anti-realist impact. The strongest form of realism compatible with this case of theory-rejection is in fact structural realism. This view was developed by Poincare who also provided reasons to think that (...) it is the only realist view of theories that really makes sense. (shrink)

Our thoughts depend on knowledge about objects, people, properties, and events. In order to think about where we left our keys, what we are going to make for dinner, when we last fed the dogs, and how we are going to survive our next visit with our family, we need to know something about locations, keys, cooking, dogs, survival, families, and so on. Researchers have sought to explain how our brains can store and access such general knowledge. A growing body (...) of evidence suggests that many of our concepts are grounded in action, emotion, and perception systems. We appear to think about the world by means of the same mechanisms that we use to experience it. Abstract concepts like ‘democracy,’ ‘fermion,’ ‘piety,’ ‘truth,’ and ‘zero’ represent a clear challenge to this idea. Given that they represent a uniquely human cognitive achievement, answering the question of how we acquire and use them is central to our ability to understand ourselves. This book argues that abstract concepts are heterogeneous and pose three important challenges to embodied cognition. They force us to ask: How do we generalize beyond the specifics of our experience? How do we think about things that we do not experience directly? How do we adapt our thoughts to specific contexts and tasks? It argues that a successful theory of grounding must embrace multimodal representations, hierarchical architecture, and linguistic scaffolding. Abstract concepts are the product of an elastic mind. (shrink)

Special and General theories of relativity may be considered as the most significant examples of integrative thinking. From these works we see that Albert Einstein attached great importance to how we understand geometry and dimensions. It is shown that physics powered by the new multidimensional elastic geometry is a reliable basis for science integration. Instead of searching for braneworlds (elastic membranes - EM) in higher dimensions we will start by searching them in our 3+1 dimensional world. The cornerstone of the (...) new philosophy is an idea that lower dimensional EMs are an essential component of the living matter, they are responsible for our perceptions, intellect, pattern recognition and high speed signal propagation. According to this theory each EM has both physical and perceptive (psychological) meanings: it exists as our Universe-like physical reality for its inner objects and at the same time it plays perceptive (psychological) role in the external bulk space-time. This philosophy may help us to build up a science which explains not only inanimate, unconscious phenomena, but consciousness as well. (shrink)

We analyze the comparative static effects of changes in the means, the standard deviations and the covariance of asset returns in a standard portfolio selection problem when investors have mean variance preferences. Simple and intuitive characterizations in terms of the elasticity of risk aversion are provided.

This book offers a comprehensive reinterpretation of J.L. Austin’s philosophy. It opens new ways of thinking about ethics and other contemporary issues in the wake of Austin’s philosophical work. -/- Austin is primarily viewed as a philosopher of language whose work focused on the pragmatic aspects of speech. His work on ordinary language philosophy and speech act theory is seen as his main contribution to philosophy. This book challenges this received view to show that Austin used his most well-known (...) theoretical notions as heuristic tools aimed at debunking the fact/value dichotomy. Additionally, it demonstrates that Austin’s continual returns to the ordinary is rooted in a desire to show that our lives in language are complicated and multifaceted. What emerges is an attempt to think with Austin about problems that are central to philosophy today—such as the question about linguistic inheritance, truth, the relationship between a language inherited and morality, and how we are to cope with linguistic elasticity and historicity. -/- Lectures on a Philosophy Less Ordinary will appeal to scholars and advanced students working on Austin’s philosophy, philosophy of language, and the history of analytic philosophy. -/- Table of Contents 1. Approaching Austin -/- 2. Approaching Language? -/- 3. Lessons from Sense and Sensibilia -/- 4. A Plea for Phenomenology: On Austin’s Method -/- 5. Testimony and Knowledge -/- 6. All the Locutions -/- 7. Our Word is Our Bond. (shrink)

What can psychoanalysis, a psychological approach developed more than a century ago, offer us in an age of rapidly evolving, hard-to-categorize ideas of sexuality and the self? Should we abandon Freud's theories completely or adapt them to new findings and the new relationships taking shape in modern liberal societies? In a remarkably prescient series of lectures delivered in the early 1960s, the French philosopher Louis Althusser anticipated the challenges that psychoanalytic theory would face as politics moved away from structuralist (...) frameworks and toward the elastic possibilities of anthropological and sociological thought. Psychoanalysis and the Human Sciences translates Althusser's remarkable seminars into English for the first time, making available to a wider audience the origins and potential future of radical political theory. Althusser takes the important step in these lectures of distinguishing psychoanalysis from psychology and especially psychiatry, which long resisted Freud's analytical concepts of the unconscious and overdetermination. By freeing psychoanalysis from this bind, Althusser can then apply these analytical concepts to the social and the political, integrated with Marxist theory. The result is an enlivened methodology for comprehending social organization and change that had a profound influence on the Frankfurt School and scholars who continue to work at the forefront of radical thought today: Judith Butler, Étienne Balibar, and Alain Badiou. (shrink)

This chapter explores reasons to doubt the defensibility of the “weak theory of sustainability” that informs and justifies the use of cost-benefit analysis by environmental regulators. As the argument reveals, inasmuch as the weak theory equates what is sustainable with what sustains the satisfaction of human preferences, it has the surprising philosophical wherewithal to make climate-changing activities sustainable, at least in principle. This would be so if human ingenuity made possible the replacement of ecosystem services with technological alternatives. (...) And it would be particularly so if the aesthetic goods that derive from nature – goods which are resistant to quantification – are excluded from environmental cost-benefit analyses. But it is also true if those aesthetic goods are reduced to mere human preferences that can be measured through indirect market-based means, for aesthetic preferences are remarkably adaptive.Inasmuch as people can be expected to come to appreciate landscapes degraded by climate change, those who defend a weak theory of sustainability can expect that climate change will not long be at odds with what people find aesthetically pleasing. However, as the growing literature on “nature-deficit disorder” suggests, while aesthetic preferences may be elastic, aesthetic needs are not. As climate change progressively strips us of nature’s goods, we will lose the ability to meet crucial aesthetic needs. The irony is clear: As our aesthetic preferences bend towards the acceptance of ecological loss, we will predictably lose our preferences for meeting our own enduring aesthetic needs. We can thus expect climate change to cause us to prefer what we do not need and to need what we do not prefer. And this implies that climate change is the reductio ad absurdum of the weak theory of sustainability that dominates contemporary environmental regulation. (shrink)