In their 2010 book, Biology’s First Law, D. McShea and R. Brandon present a principle that they call ‘‘ZFEL,’’ the zero force evolutionary law. ZFEL says (roughly) that when there are no evolutionary forces acting on a population, the population’s complexity (i.e., how diverse its member organisms are) will increase. Here we develop criticisms of ZFEL and describe a different law of evolution; it says that diversity and complexity do not change when there are no (...) class='Hi'>evolutionary causes. (shrink)

1 The Zero-Force Evolutionary Law 2 Randomness, Hierarchy, and Constraint 3 Diversity 4 Complexity 5 Evidence, Predictions, and Tests 6 Philosophical Foundations 7 Implications.

There is a worry that the ‘major transitions in evolution’ represent an arbitrary group of events. This worry is warranted, and we show why. We argue that the transition to a new level of hierarchy necessarily involves a nonselectionist chance process. Thus any unified theory of evolutionary transitions must be more like a general theory of fortuitous luck, rather than a rigid formulation of expected events. We provide a systematic account of evolutionary transitions based on a second-order regularity (...) of chance events, as stipulated by the ZFEL (Zero Force Evolutionary Law). And in doing so, we make evolutionary transitions explainable and predictable, and so not entirely contingent after all. (shrink)

The traditional view of evolutionary theory asserts that we can usefully understand natural selection, drift, mutation, migration, and the system of mating as forces that cause evolutionary change. Recently, Denis Walsh and Robert Brandon have objected to this view. Walsh argues that the traditional view faces a fatal dilemma and that the force analogy must be rejected altogether. Brandon accepts the force analogy but argues that drift, rather than the Hardy-Weinberg law, is the best candidate for (...) a zero-force law. Here I defend the traditional view against these objections. (shrink)

Analogies between Newtonian mechanics and evolutionary processes are powerful but not infinitely versatile tools for generating explanations of particular biological phenomena. Their explanatory range is sensitive to a preliminary decision about which processes count as background conditions and which as special forces. Here I argue that the defenders of the zero-force evolutionary law are mistaken in defending their decision as the only appropriate one. The Hardy–Weinberg principle remains a viable option that is consistent with the epistemic (...) role of Newton’s own first law, and the strengths and weaknesses of each analogy are sufficiently distinct to justify their continued coexistence. (shrink)

This paper presents a modified random network model to illustrate how groups can form in the absence of evolutionary forces, assuming groups are collections of entities at any level of organization. This model is inspired by the Zero Force Evolutionary Law, which states that there is always a tendency for diversity and complexity to increase in any evolutionary system containing variation and heredity. That is, in the absence of evolutionary forces, the expectation is a (...) continual increase in diversity and complexity at any level of biological hierarchy. I show that, when modeled, this expectation of increasing variation results not only in the formation of groups, but also in a higher probability of group formation than is found in a model that is purely random. (shrink)

Does biology have general laws that apply to all levels of biological organisation, across all evolutionary time? In their book “Biology’s first law: the tendency for diversity and complexity to increase in evolutionary systems” (2010), Daniel McShea and Robert Brandon propose that the most fundamental law of biology is that all levels of biological organisation have an underlying tendency to become more complex and diverse over time. A range of processes, most notably selection, can prevent the expression of (...) this tendency, but they predict that, on average, we should see that lineages tend toward greater diversity and complexity, driven by fundamentally neutral processes. Their hypothesis can be summarised as “diversity is easy, stasis is hard”. Here, I consider evidence for this “zero force evolutionary law”. It provides a fair description of evolutionary change at the genomic level, but the predictions of the proposed law are not met for broad scale patterns in the evolution of the animal kingdom. (shrink)

This paper analyses the structure of evolutionary theory as a quasi-Newtonian theory and the need to establish a Zero-Cause Law. Several authors have postulated that the special character of drift is because it is the default behaviour or Zero-Cause Law of evolutionary systems, where change and not stasis is the normal state of them. For these authors, drift would be a Zero-Cause Law, the default behaviour and therefore a constituent assumption impossible to change without changing (...) the system. I defend that drift's causal and explanatory power prevents it from being considered as a Zero-Cause Law. Instead, I propose that the default behaviour of evolutionary systems is what I call the Principle of Stasis, which posits that an evolutionary system where there is no selection, drift, mutation, migration, etc., and therefore no difference-maker, will not undergo any change (it will remain in stasis). (shrink)

En un libro reciente McShea y Brandon defienden que la diversidad y la complejidad de la vida se explican, principalmente, por la acción de un principio que llaman “la ley evolutiva de fuerzas cero” o “ZFEL”. Tal principio actuaría de un modo implícito por detrás de muchas explicaciones de la biología, pero nunca habría sido explicitado. Asumiendo que esta idea es interesante, y que los autores en cuestión tienen razón, discutiremos el modo metateórico en que presentan dicho principio, como siendo (...) parte de la teoría de la probabilidad. Esto permite a los autores afirmar que la teoría de la probabilidad brindaría la base reductiva para toda la biología evolutiva (dado que consideran que otros principios, como el de selección natural, también serían parte de la teoría de la probabilidad). Defenderemos que, efectivamente, ZFEL no es propio de la biología únicamente, pero no por formar parte de la teoría de la probabilidad, sino por tratarse de una versión específica del principio de causa común. -/- In a recent book, McShea and Brandon argue that the observed diversity and complexity of life are explainable by a principle they call the “zero-force evolutionary law” or “ZFEL”. Although this principle would be implicit in many explanations given by biologists, it would have never been made explicit. Assuming that this idea is interesting, and that the authors are right, we will discuss the metatheoretical way in which they present said principle, as being a part of probability theory. This allows the authors to claim that probability theory provides the reductive basis for all evolutionary biology. We will defend, in accordance with them, that ZFEL is not a solely biological principle, but not because it is a part of probability theory, but rather because it is a specific version of the principle of common cause. (shrink)

In a recent book, McShea and Brandon argue that the observed diversity and complexity of life are explainable by a principle they call the “zero-force evolutionary law” or “ZFEL”. Although this principle would be implicit in many explanations given by biologists, it would have never been made explicit. Assuming that this idea is interesting, and that the authors are right, we will discuss the metatheoretical way in which they present said principle, as being a part of probability (...) theory. This allows the authors to claim that probability theory provides the reductive basis for all evolutionary biology. We will defend, in accordance with them, that ZFEL is not a solely biological principle, but not because it is a part of probability theory, but rather because it is a specific version of the principle of common cause. (shrink)

En este ambicioso libro, el biólogo Daniel W. McShea y el filósofo de la biología Robert N. Brandon desafían las explicaciones explícitas encontradas en la litera-tura acerca del origen de la diversidad y la complejidad en los seres vivos. Estas explicaciones recurren en su mayoría a la acción de la selección natural, como ser, a la selección diversificadora/disruptiva, a la selección de niveles superiores favoreciendo a especies/clados con mayor propensión a la especiación, o a las ventajas de una mayor división (...) del trabajo, entre otras alternativas (p. 1). Si bien estas explicaciones pueden ser correctas, no constituirían toda la historia, según los autores, pues habría una tendencia de fondo no reconocida en la literatura (pero invocada en las explicaciones de casos concretos) hacia un aumento de la diversidad y la complejidad. Esta tendencia surgiría simplemente de que las variaciones azarosas, cuando se heredan, se acumulan en diferentes direcciones en diferentes poblaciones, con el resultado de que la diversidad se incrementa. Para expresar esta tendencia, los autores proponen una ley, que denominan ZFEL (por zero-force evolutionary law) y que formulan de la siguiente manera: “En cualquier sistema evolutivo en el que hay variación azarosa y he-rencia, en ausencia de fuerzas y constricciones, la diversidad y la complejidad tenderán a aumentar” (p. 4). (shrink)

A review of _Biology’s First Law: The Tendency for Diversity and Complexity to Increase in Evolutionary Systems_, by Daniel W. McShea and Robert N. Brandon. This review argues that the supposed "Zero-Force Evolutionary Law”" (ZFEL) is neither a law nor zero-force.

The question of whether biology contains laws has important implications about the nature of science. Some philosophers believe that the legitimacy of the special sciences depends on whether they contain laws. In this dissertation, I defend the thesis that biology contains laws. In Chapter I, I discuss the importance of this problem and set the stage for my inquiry. In Chapter V, I summarize the results of Chapters II, III, and IV and I offer reasons why the position I advance (...) should be preferred over the alternatives. ;In Chapter II, I argue that the epistemic functions of a priori biological laws in biology are the same as those of empirical laws in physics. I establish this claim by showing that zero force laws and singleton force laws in these sciences function in the same way. I conclude that the requirement that laws must be empirical is idle in connection with how laws operate in science. ;In Chapter III, I argue that even if there are ceteris paribus sentences, it is unlikely that there are ceteris paribus laws. If there are genuine ceteris paribus laws, then 'ceteris paribus' should be a proper part of a law statement in which it occurs. I argue that if we interpret 'ceteris paribus' in this way, the containing sentence cannot be a law because it does not satisfy a minimal condition for laws---i.e., "ceteris paribus A 's are B's" and "ceteris paribus A's are not B's" should not both be true. ;In Chapter IV, I argue that the reasons offered for the non-existence of empirical biological laws don't establish the intended conclusion. I, then, argue that the kinds of law we should expect to find in biology are biophysical laws. I defend this claim by providing a priori and a posteriori arguments. The a priori argument states that the complexity of a system is no reason to think that there are no laws about that system. The a posteriori argument states that current research in evolutionary ecology indicates the existence of biophysical laws. (shrink)

Constructive Neutral Evolution is an evolutionary mechanism that can explain much molecular inter-dependence and organismal complexity without assuming positive selection favoring such dependency or complexity, either directly or as a byproduct of adaptation. It differs from but complements other non-selective explanations for complexity, such as genetic drift and the Zero Force Evolutionary Law, by being ratchet-like in character. With CNE, purifying selection maintains dependencies or complexities that were neutrally evolved. Preliminary treatments use it to explain specific (...) genetic and molecular structures or processes, such as retained gene duplications, the spliceosome, and RNA editing. Here we aim to expand the scope of such explanation beyond the molecular level, integrating CNE with Multi-Level Selection theory, and arguing that several popular higher-level selection scenarios are in fact instances of CNE. Suitably contextualized, CNE occurs at any level in the biological hierarchy at which natural selection as normally construed occurs. As examples, we focus on modularity in protein–protein interaction networks or “interactomes,” the origin of eukaryotic cells and the evolution of co-dependence in microbial communities—a variant of the “Black Queen Hypothesis” which we call the “Gray Queen Hypothesis”. (shrink)

Recently philosophers of biology have argued over whether or not Newtonian mechanics provides a useful analogy for thinking about evolutionary theory. For philosophers, the canonical presentation of this analogy is Sober's. Matthen and Ariew and Walsh, Lewins, and Ariew argue that this analogy is deeply wrong-headed. Here I argue that the analogy is indeed useful, however, not in the way it is usually interpreted. The Newtonian analogy depends on having the proper analogue of Newton's First Law. That analogue is (...) what McShea and Brandon call the Zero Force Evolutionary Law. According to the ZFEL, change, not stasis, is the default state of evolutionary systems. (shrink)

The view that complexity increases in evolution is uncontroversial, yet little is known about the possible causes of such a trend. One hypothesis, the Zero Force Evolutionary Law (ZFEL), predicts a strong drive toward complexity, although such a tendency can be overwhelmed by selection and constraints. In the absence of strong opposition, heritable variation accumulates and complexity increases. In order to investigate this claim, we evaluate the gross morphological complexity of laboratory mutants in Drosophila melanogaster, which represent (...) organisms that arise in a context where selective forces are greatly reduced. Complexity was measured with respect to part types, shape, and color over two independent focal levels. Compared to the wild type, we find that D. melanogaster mutants are significantly more complex. When the parts of mutants are categorized by degree of constraint, we find that weakly constrained parts are significantly more complex than more constrained parts. These results support the ZFEL hypothesis. They also represent a first step in establishing the domain of application of the ZFEL and show one way in which a larger empirical investigation of the principle might proceed. (shrink)

The Hardy–Weinberg equilibrium has been argued by Sober, Stephens and others to represent the zero-force state for evolutionary biology understood as a theory of forces. I investigate what it means for a model to involve forces, developing an explicit account by defining what the zero-force state is in a general theoretical context. I use this account to show that Hardy–Weinberg equilibrium is not the zero-force state in biology even in the contexts in which (...) it applies, and argue based on this that drift should not be understood as an evolutionary force. (shrink)

This article examines the race-thinking and colonial reasoning circulating in two recent developments in Canadian law with respect to polygamous marriage: the Polygamy Reference that upheld the Criminal Code provision on polygamy and the Zero Tolerance for Barbaric Cultural Practices Act. This legislation introduced changes to Canada’s immigration regulations, which include the practice of polygamy as a basis for refusing foreign applicants and deporting foreign nationals. I address how insights from the field of evolutionary psychology were applied in (...) the Polygamy Reference and what discursive and material resonances they had in the Zero Tolerance Act. Drawing on the work of Sylvia Wynter, I situate these judicial and legal developments in relation to violence, within colonial formations of state power, and as forces supporting white supremacy through the continuing valorization of monogamy as a foundational aspect of social and sexual citizenship in Canada. (shrink)

A number of recent papers have criticized what they call the dynamical interpretation of evolutionary theory found in Elliott Sober’s The Nature of Selection. Sober argues that we can think of evolutionary theory as a theory of forces analogous to Newtonian mechanics. These critics argue that there are several important disanalogies between evolutionary and Newtonian forces: Unlike evolutionary forces, Newtonian forces can be considered in isolation, they have source laws, they compose causally in a straightforward way, (...) and they are intermediate causes in causal chains. Here we defend and extend the forces analogy by arguing that each of these criticisms is based on a misunderstanding of Newtonian forces. Our discussion also has the interesting consequence that natural selection turns out to be more similar to forces such as friction and elastic forces rather than the more canonical gravitation. (shrink)

This paper commences from the critical observation that the Turing Test (TT) might not be best read as providing a definition or a genuine test of intelligence by proxy of a simulation of conversational behaviour. Firstly, the idea of a machine producing likenesses of this kind served a different purpose in Turing, namely providing a demonstrative simulation to elucidate the force and scope of his computational method, whose primary theoretical import lies within the realm of mathematics rather than cognitive (...) modelling. Secondly, it is argued that a certain bias in Turing’s computational reasoning towards formalism and methodological individualism contributed to systematically unwarranted interpretations of the role of the TT as a simulation of cognitive processes. On the basis of the conceptual distinction in biology between structural homology vs. functional analogy, a view towards alternate versions of the TT is presented that could function as investigative simulations into the emergence of communicative patterns oriented towards shared goals. Unlike the original TT, the purpose of these alternate versions would be co-ordinative rather than deceptive. On this level, genuine functional analogies between human and machine behaviour could arise in quasi-evolutionary fashion. (shrink)

This paper investigates force shift, a phenomenon in which the canonical discourse conventions, or force, associated with a clause type can be overridden to yield polar questions with the help of additional force-indicating devices. Previous studies attribute force shift to the presence of a complex question force component operating on semantic content. Based on utterance particles and particle clusters in Cantonese, we analyze force shift as resulting from compositional operations on force-bearing expressions. We (...) propose that a simplex force, such as assertion or question, denotes unanchored sentence acts, while a force-shifting particle like Cantonese _ho2_ is an anchoring function anchoring a sentence act to the speaker while querying whether or not the addressee can perform the sentence act. The proposed semantics makes predictions about _ho2_’s interactions with addressee-changing operations and imperatives, as well as about a larger family of force shift phenomena. (shrink)

The adequacy of Elliott Sober’s analogy between classical mechanics and evolutionary theory—according to which both theories explain via a zero-force law and a set of forces that alter the zero-force state—has been criticized from various points of view. I focus here on McShea and Brandon’s claim that drift shouldn’t be considered a force because it is not directional. I argue that there are a number of different theses that could be meant by this, and (...) show that one of those theses—the idea that drift cannot bias populations to be taken somewhere in the evolutionary space from one generation to the next—is actually false. Not only has this thesis been implicitly assumed in the discussion of the force analogy thus far, but it is also commonly found in a wider range of philosophical and biological texts. I argue that correcting this view, and the usual images associated with it, will thereby bring heuristic benefits that impact the force analogy discussion, but that also go beyond it. (shrink)

Plantinga's Evolutionary Argument Against Naturalism aims to show that naturalism is, as he puts it, ‘incoherent or self defeating’. Plantinga supposes that, in the absence of any God-like being to guide the process, natural selection is unlikely to favour true belief. Plantinga overlooks the fact that adherents of naturalism may plausibly hold that there exist certain conceptual links between belief content and behaviour. Given such links, natural selection will favour true belief. A further rather surprising consequence of the existence (...) of such links is this: even if semantic properties are epiphenomenal, unguided evolution will still favour true belief. (shrink)

Let (leeway) incompatibilism be the thesis that causal determinism is incompatible with the freedom to do otherwise. Several prominent authors have claimed that incompatibilism alone can capture, or at least best captures, the intuitive appeal behind Jorge Luis Borges's famous “Garden of Forking Paths” metaphor. The thought, briefly, is this: the “single path” leading up to one's present decision represents the past; the forking paths that one must decide between represent those possible futures consistent with the past and the laws (...) of nature. But if determinism is true, there is only one possible future consistent with the past and the laws and, hence, only one path to choose from. That is, if determinism is true, then we are not free to do otherwise. In this paper, I argue that this understanding of the Garden of Forking Paths faces a number of problems and ought to be rejected even by incompatibilists. I then present an alternative understanding that not only avoids these problems but still supports incompatibilism. Finally, I consider how various versions of (leeway) compatibilism fit with the Garden of Forking Paths as well as the broader question of whether metaphors, however intuitive, have any dialectical force in the debates over freedom. (shrink)

The ArgumentIn this we explore some of the ways in which a state scientific laboratory (Daresbury SERC) reacted to the rtetoric and forces of the marketpace in the 1980s. We describe laboratory attempts to create what we call “good customers” while converting itself into a “good seller” by developing a particulat set of costing practicting that were closely related to the implementation of a management accounting system. Finally, we consider how Daresbury response to “market forces” influenced scintific and organzational practice, (...) and arsponse that the social technologies of governmentality performed by accountancy — but also by scientific and bureaucratic practice are complex, discursively heterogeneou, and used in context-sensitive ways. This means, or so we suggest, that it is difficult to mount general argunents about “science” and “the market,” and that the use of such large-scale institions impedes impedes analysis. (shrink)

In Warrant and Proper Function, Alvin Plantinga develops an argument designed to show that naturalism is self-defeating. One component of this larger argument is what I call Plantinga's belief-cum-desire argument, which is intended to establish something more specific: that if the content of our beliefs does causally effect behaviour (that is to say, semantic content is not epiphenomenal), and if naturalism and current evolutionary doctrine are correct, then the probability that we possess reliable cognitive mechanisms must be either inscrutable (...) or low. This paper aims to refute Plantinga's belief-cum-desire argument. (shrink)

Many people are uncomfortable with the idea that pleasure from certain sources is genuinely beneficial. These sources can be sorted into two classes: ones that involve others’ pain; and ones that involve what seems to be damage rather than benefit to the person involved. Here’s an example of the latter: a woman who claims that she enjoys her work performing in hard-core pornographic films. Some find it hard to take such a claim at face value – they instinctively assume that (...) the woman is insincere or self-deceived.1 The reason seems a strongly paternalistic one: because the activity is assumed to be bad, it’s thought that only someone who was in some way damaged could genuinely like it. A statement from Brian Hill, the director of a documentary about such women, illustrates this: ‘I felt certain that she couldn’t enjoy what she does, that there must be some reason why she’s undergoing this kind of experience. But there was nothing: no messed-up childhood, no sense of pain or humiliation.’ Forced to conclude that the woman in question really does enjoy her work, Hill changes his view to imply that the pleasure gained cannot be truly beneficial: ‘When I hear a young woman talking about doing videos of fisting and asphyxiation, I have to wonder what it’s doing to her – even if she says that she’s having fun.’. (shrink)

The so-called ‘Humean’ view of motivation is pretty standard in the Philosophy of Mind. Its most prominent contemporary defender, Michael Smith, calls it a ‘dogma’. Humeans believe in a strict divide between beliefs and desires. Beliefs have no intrinsic motivating force: I may believe anything at all, but only with the contribution of a separate desire will I be motivated to act. This claim should be broadened out to include all cognitive states (belief, knowledge…). The Humean claim is that (...) cognitive states are wholly lacking in conative power. If some beliefs seem to us to motivate action, that can only be due to a contingent association with a separate conative state. (shrink)

It is likely that internal factors play an important role in restricting the possible avenues of evolutionary change from any starting point. Internal selective processes operating on premutational disturbances, on mutations, and on developmental phases may usefully be separated from the adaptive selection of phenotypes. The precise structural and morphological consequences of internal factors should soon become an isolable problem owing to a) the observational correlation of definite changes in hereditary specificity with particular developmental consequences; and b) the progressive (...) theoretical identification of the coordinative conditions in organisms. Increasing clarity regarding the coordinative conditions should throw light on the “mutational selection rules” and on the differentiative mutations which led to the most important steps in the past history of evolution.Die Wege der Evolution können sowohl durch innere Auslese der Genotypen wÄhrend der Entwicklung als auch durch die Äussere Darwinische Auslese der Phenotypen bestimmt werden. Seit 1949 haben sich zumindest fünf Forscher mit dieser Möglichkeit befasst. Es ist zur Zeit möglich, zwischen den beiden Arten von Zuchtwahl theoretisch und experimentell zu unterscheiden.Les chemins de l'évolution peuvent Être déterminés non seulement par la sélection extérieure Darwinienne des phénotypes mais aussi par la sélection intérieure des genotypes pendant le développement. Depuis 1949 aux moins cinq investigateurs en ont considéré la possibilité. Il est possible à présent de faire la distinction entre les deux types de sélection dans la théorie comme dans l'expérience. (shrink)

Whyte chooses nine thinkers to illustrate this historical and evolutionary movement, including Heraclitus, Marx, and Freud, and the resulting vignettes are a synthesis of knowledge that suggest, as well, a reorientation of thought, feeling, and action for the future."--BOOK JACKET.

Sexual and reproductive health is a challenge worldwide, and much progress is needed to reach the relevant UN Sustainable Development Goals. This paper presents cross-sectional data collected in Sierra Leone on sexual and gender-based violence, family planning, child, early and forced marriage, and female genital mutilation using an innovative method of measurement: situational judgment tests, as a subset of questions within a larger survey tool. For the SJTs, respondents saw hypothetical scenarios on these themes and had to indicate how they (...) would react. The objective is to give an impression of beliefs and norms on specific behaviors, which provide insights for social and behavior change interventions. Data was collected by enumerators traveling to villages randomly selected in six districts of the country. The sample is composed of 566 respondents. Results show that FGM in particular seem to be a priority topic, in comparison to the other topics for which the norms seem to be stronger against those practices. Age differences emerged and suggest priority groups to be targeted. In terms of validity of the measurement methods, situational judgment test answers correlated positively with other items in the survey, but the magnitude of the association is often small, and sometimes not significant. Thus, more studies are needed to further explore the validity of this measure by comparing against a reference value. Using SJTs could complement other data collection tools to perform community assessment, and orient the direction of the program in its planning phase. (shrink)

The present article attempts at combining Big History potential with the potential of Evolutionary Studies in order to achieve the following goals: 1) to apply the historical narrative principle to the description of the star-galaxy era of the cosmic phase of Big History; 2) to analyze both the cosmic history and similarities and differences between evolutionary laws, principles, and mechanisms at various levels and phases of Big History. As far as I know, nobody has approached this task in (...) a systemic way yet. It appears especially important to demonstrate that many evolutionary principles, patterns, regularities, and rules, which we tend to find relevant only for higher levels and main lines of evolution, can be also applied to cosmic evolution. Moreover, almost everything that we know about evolution may be detected in the cosmic history, whereas many of the evolutionary characteristics are already manifested here in a rather clear and salient way. Of course, many of the characteristics are manifested in initial or nonsystematic forms but some features, on the contrary, appear to be more distinct just in the cosmic phase. And at the same time when many characteristics and features which are typical of biological and social evolution unexpectedly reveal their roots or protoforms at earlier phases, one becomes aware that the universal character of evolution is real and it can be detected in a number of manifestations. One should also bear in mind that the origin of galaxies, stars, and other celestial objects is the lengthiest evolutionary process among all evolutionary processes in the Universe. Such an approach opens new perspectives for our understanding of evolution and Big History, of their driving forces, vectors, and trends, it also creates a consolidated field for the multidisciplinary re-search. (shrink)

Congress's national-security legislation will often require clear and specific congressional authorization before the executive can undertake certain actions. The War Powers Resolution, for example, prohibits any law from authorizing military hostilities unless it "specifically authorizes" them. And the Foreign Intelligence Surveillance Act of 1978 required laws to amend FISA or repeal its "exclusive means" provision before they could authorize warrantless electronic surveillance. But efforts to legislate clear-statement regimes in national-security law have failed to induce compliance. The Clinton Administration inferred congressional (...) "authorization" for the 1999 Kosovo War from an appropriations statute that failed to specifically authorize the conflict. And the Bush Administration inferred congressional "authorization" for the NSA surveillance program from ambiguous language in the post-September 11th Authorization to Use Military Force. In both situations, executive-branch lawyers employed expansive theories of implied repeal and constitutional avoidance to evade the codified clear-statement requirements, and Congress and the courts acquiesced to the President's actions. Recent proposals to strengthen the clear-statement requirements in Congress's national-security framework legislation are unlikely to be effective without institutional mechanisms, such as points of order, that can deter future legislators from enacting vague or ambiguous legislation from which the executive might claim implicit congressional "authorization," and that can induce Congress to confront Presidents that act without specific congressional authorization. Simply enacting more narrow or explicit clear-statement requirements, or adding funding restrictions to Congress's framework legislation, fails to counter the aggressive interpretive doctrines that executives of both political parties have used to concoct congressional "authorization" from vague or ambiguous statutory language. (shrink)

As a common social network, the SNEM plays an important role in emergency management. Magnitude emergencies are characterized by high complexity and uncertainty, and it is impossible to rely on the government for emergency management alone. We should absorb multiple subjects to build the SNEM and carry out extensive emergency mobilization in the whole society. The SNEM can integrate resources, gather consensus, promote participation, and reduce risks. The analysis of the types, generation mechanism, subject behavior, and strategy selection of the (...) SNEM aid in adopting appropriate mobilization strategy based on magnitude emergencies, achieving the adaptation of the SNEM and emergency scenarios. By constructing the evolutionary game model of the SNEM for magnitude emergencies, taking China as an empirical sample, this paper explores the behavior evolution law and stable strategy of the government, social organizations, and the public. The results showed that the symbiotic SNEM with a positive response of social organizations and the public under the path of high-intensity mobilization by the government is the best strategy combination, and it is conducive to maximizing the emergency joint force. (shrink)

Physico-chemical sciences are dominated by the deterministic interpretation. Scientific medicine has generally been assigned to the area of functional biology and thence to the physico-chemical sciences. In as much as diseases are alterations of physiological processes, they share the ontological status of the latter. However, many diseases cannot be accommodated within a deterministic interpretation. First, many diseases are initiated by errors in transmission of information and followed by natural selection. These diseases, such as tumoural transformations and autoimmune processes, behave as (...) evolutionary processes. Second, physiological processes do not cause irreversible changes while diseases may do so when not followed by restitutio ad integrum. The tendency of living organisms to maintain stationary states of great stability and minimum energy dissipation is largely due to intermolecular forces-stabilized structures, the information for which is selected during phylogenesis and decodified during ontogenesis. Diseases cause alterations of the biological structures, thereby shifting living organisms toward stationary states of lower stability and increased dissipation. The shift, reversible or irreversible, to less stable and efficient stationary states is a common thermodynamic feature of diseases. In spite of the uniqueness of their genotype, living organisms, during ontogenetic development, form spatio-temporal unrestricted classes of infinite membership. Neither stationarity nor environment-induced perturbations and consequent adaptations are sources of historicity because of the genomic programme constraint. Historicity is conferred, however, to each organism by the permanent record of such unique events as: a) the variation-selection processes occurring in the brain-mind and immunological systems; and b) irreversible alterations induced by diseases. The disease-induced changes have ontological and epistemological consequences. Since biological structures and functions are transformed into individual, historical entities, the laws of scientific medicine must be applied in clinical practice to higher levels of organization, namely to the ensembles or groups of individuals affected by the diseases. (shrink)

Drift is to evolution as inertia is to Newtonian mechanics. Both are the "natural" or default states of the systems to which they apply. Both are governed by zero-force laws. The zero-force law in biology is stated here for the first time.

In the TACITUS project for using commonsense knowledge in the understanding of texts about mechanical devices and their failures, we have been developing various commonsense theories that are needed to mediate between the way we talk about the behavior of such devices and causal models of their operation. Of central importance in this effort is the axiomatization of what might be called commonsense metaphysics. This includes a number of areas that figure in virtually every domain of discourse, such as granularity, (...) scales, time, space, material, physical objects, shape, causality, functionality, and force. Our effort has been to construct core theories of each of these areas, and then to define, or at least characterize, a large number of lexical items in terms provided by the core theories. In this paper we discuss our methodological principles and describe the key ideas in the various domains we are investigating. (shrink)

One of the most important philosophical principles in contemporary natural science is the principle of the universality of evolutionary development , which was argued with much force and depth in F. Engels's The Dialectics of Nature. For the more than a century that has passed since Engels's sweeping synthesis of knowledge in the natural sciences, his revelation of the unity of the processes of evolution in inanimate and animate nature, including the inevitably and law-governed appearance of its "highest (...) flower, the thinking mind," where appropriate conditions for that appearance arise, this principle of development has assisted in the achievement of many impressive advances. The general outlines of the evolutionary process of nature, in its infinite diversity, are now emerging in ever sharper relief, although our knowledge of that process still contains many rather serious lacunae. It is significant to note that the progress of natural science leads not only to modifications but often even to radical revisions of many notions about the evolution of nature, including those that seemed unchallengeable. (shrink)

Big History provides a unique opportunity to consider the development of the Universe as a single process. Within Big History studies one can distinguish some common evolutionary laws and principles. However, it is very important to recognize that there are many more such integrating principles, laws, mecha-nisms and patterns of evolution at all its levels than it is usually supposed. In the meantime, we can find the common traits in development, functioning, and interaction of apparently rather different processes and (...) phenomena of Big History. Of special importance is the point that many principles, patterns, regularities, and rules of evolution, which we tend to find relevant only for the biological and social levels of evolution, may be also applied to the cosmic phase of evolution. The present article attempts (within such a framework for the first time in the Big History framework) at combining Big History potential with the potential of Evolutionary Studies. It does not only analyze the history of the Cosmos. It studies similarities between evolutionary laws, principles, and mechanisms at various levels and phases of Big History. Such an approach opens up some new perspectives for our understanding of evolution and Big History, their driving forces, vectors, and trends; it creates a consolidated field for interdisciplinary research. (shrink)

Big History provides a unique opportunity to consider the development of the Universe as a single process. Within Big History studies one can distinguish some common evolutionary laws and principles. However, it is very important to recognize that there are many more such integrating principles, laws, mechanisms and patterns of evolution at all its levels than it is usually supposed. In the meantime, we can find the common traits in development, functioning, and interaction of apparently rather different processes and (...) phenomena of Big History. Of special importance is the point that many principles, patterns, regularities, and rules of evolution, which we tend to find relevant only for the biological and social levels of evolution, may be also applied to the cosmic phase of evolution. The present article attempts (within such a framework for the first time in the Big History framework) at combining Big History potential with the potential of Evolutionary Studies. It does not only analyze the history of the Cosmos. It studies similarities between evolutionary laws, principles, and mechanisms at various levels and phases of Big History. Such an approach opens up some new perspectives for our understanding of evolution and Big History, their driving forces, vectors, and trends; it creates a consolidated field for interdisciplinary research. (shrink)

Physico-chemical sciences are dominated by the deterministic interpretation. Scientific medicine has generally been assigned to the area of functional biology and thence to the physico-chemical sciences. In as much as diseases are alterations of physiological processes, they share the ontological status of the latter. However, many diseases cannot be accommodated within a deterministic interpretation. First, many diseases are initiated by errors in transmission of information and followed by natural selection. These diseases, such as tumoural transformations and autoimmune processes, behave as (...) evolutionary processes. Second, physiological processes do not cause irreversible changes while diseases may do so when not followed by restitutio ad integrum. The tendency of living organisms to maintain stationary states of great stability and minimum energy dissipation is largely due to intermolecular forces-stabilized structures, the information for which is selected during phylogenesis and decodified during ontogenesis. Diseases cause alterations of the biological structures, thereby shifting living organisms toward stationary states of lower stability and increased dissipation. The shift, reversible or irreversible, to less stable and efficient stationary states is a common thermodynamic feature of diseases. In spite of the uniqueness of their genotype, living organisms, during ontogenetic development, form spatio-temporal unrestricted classes of infinite membership. Neither stationarity nor environment-induced perturbations and consequent adaptations are sources of historicity because of the genomic programme constraint. Historicity is conferred, however, to each organism by the permanent record of such unique events as: a) the variation-selection processes occurring in the brain-mind and immunological systems; and b) irreversible alterations induced by diseases. The disease-induced changes have ontological and epistemological consequences. Since biological structures and functions are transformed into individual, historical entities, the laws of scientific medicine must be applied in clinical practice to higher levels of organization, namely to the ensembles or groups of individuals affected by the diseases. (shrink)

Contemporary law and public policy often treat human beings as selfish creatures who respond only to punishments and rewards. Yet every day we behave unselfishly--few of us mug the elderly or steal the paper from our neighbor's yard, and many of us go out of our way to help strangers. We nevertheless overlook our own good behavior and fixate on the bad things people do and how we can stop them. In this pathbreaking book, acclaimed law and economics scholar Lynn (...) Stout argues that this focus neglects the crucial role our better impulses could play in society. Rather than lean on the power of greed to shape laws and human behavior, Stout contends that we should rely on the force of conscience. Stout makes the compelling case that conscience is neither a rare nor quirky phenomenon, but a vital force woven into our daily lives. Drawing from social psychology, behavioral economics, and evolutionary biology, Stout demonstrates how social cues--instructions from authorities, ideas about others' selfishness and unselfishness, and beliefs about benefits to others--have a powerful role in triggering unselfish behavior. Stout illustrates how our legal system can use these social cues to craft better laws that encourage more unselfish, ethical behavior in many realms, including politics and business. Stout also shows how our current emphasis on self-interest and incentives may have contributed to the catastrophic political missteps and financial scandals of recent memory by encouraging corrupt and selfish actions, and undermining society's collective moral compass. This book proves that if we care about effective laws and civilized society, the powers of conscience are simply too important for us to ignore. (shrink)

Traditional theories construe approximate truth or truthlikeness as a measure of closeness to facts, singular facts, and idealization as an act of either assuming zero of otherwise very small differences from facts or imagining ideal conditions under which scientific laws are either approximately true or will be so when the conditions are relaxed. I first explain the serious but not insurmountable difficulties for the theories of approximation, and then argue that more serious and perhaps insurmountable difficulties for the theory (...) of idealization force us to sever its close tie to approximation. This leads to an appreciation of lawlikeness as a measure of closeness to laws, which I argue is the real measure of idealization whose main purpose is to carve nature at its joints. (shrink)

In this Element, we extend our earlier treatment of biology's first law. The law says that in any evolutionary system in which there is variation and heredity, there is a tendency for diversity and complexity to increase. The law plays the same role in biology that Newton's first law plays in physics, explaining what biological systems are expected to do when no forces act, in other words, what happens when nothing happens. Here we offer a deeper explanation of certain (...) features of the law, develop a quantitative version of it, and explore its consequences for our understanding of diversity and complexity. (shrink)

The European Community has been in existence for forty years. This period has seen considerable change and development in both the institutional and the substantive law of the EC -- and more recently the EU. Numerous works on EC law have been published over the years, ranging from textbooks, to specialist monographs, to collections of essays on particular aspects of Community jurisprudence. This, however, is the first work which seeks to stand back from the ever-growing detail of Community law, and (...) examine this jurisprudence from an evolutionary and interdisciplinary perspective. Every important area of institutional and substantive European law is covered -- leading lawyers analyse the evolution of their area of expertise across time, bringing out the major thematic changes which have occurred.These changes are then viewed against the broader political and economic background of the Community as a whole. This book will give readers a clearer understanding of the overall legal picture, and will also allow them to gain a richer perspective on the interaction between law and other forces which have shaped the Community and made it what it is today. (shrink)

This paper consists in an exposition of a proof Newton gave in 1666 of the parallelogram law for compounding velocities, and an examination of its implications for understanding his treatment of motion resulting from a continuously acting force in the Principia. I argue that the “moments” invoked in the fluxional proof of the vector resolution and composition of velocities are “virtual times”, a device allowing Newton to represent motions by the linear displacements produced in such a time; the ratio (...) of velocities at an instant can then be represented by assuming the velocities continue for such a virtual time. By the Method of First and Ultimate Ratios, the first ratio of the velocities is then given by the ratio of such lines, under the presupposition that in the limit they will shrink to zero magnitude. I then argue that the same device is implicit in Newton’s appeal to “moments” or “particles of time” in his proof of Kepler’s Area Law in the “Locke Paper” and in Proposition 1 of Book 1 of the Principia, and that the limiting process involved there is therefore the same as that implicit in the Method of First and Ultimate Ratios. (shrink)

In lieu of an abstract, here is a brief excerpt of the content:Don Quijote and the Law of LiteratureCarl Good (bio)The part is one of these beings, the whole minus this part the other. But the whole minus a part is not the whole and as long as this relationship persists, there is no whole, only two unequal parts.—Rousseau, Social Contract, cited by Paul de Man in Allegories of ReadingBut it is not just that, because it is also a performative.... (...) There is first a performative, the act of positing..., which then moves to a system of tropes; a kind of anamorphosis of tropes takes place, in which all the tropological systems are engendered, as a result of this original act of positing.... It is circulation which is out of hand,... the sheer circulation or play of the signifier, and which is, as you know, the root of error, madness, stupidity and all other evil.—Paul de Man, “The Concept of Irony”Amid a confusion of narrative inversions, misleading appearances, and unresolvable disputes, at least two things are consistent in Don Quijote de la Mancha: first, the knight’s singular fidelity to what I will refer to as a law of literature, which persists like a phantasm of continuity throughout the larger narrative; and, second, the many interruptions of this narrative by the stories, or episodes, recounted by the characters who cross don Quijote’s path (including the knight himself), in the form of speeches, testimonies, plays, jokes, poems, and so on. In at least one strict sense, these other stories have nothing to do with that path other than their interruptions of it and by it. Such a claim has its own strategic value and does not entirely contradict the reasonings of a long history of critics of the Quijote who have tended to argue from a variety of different standpoints for some kind of ideological cohesion that would bind the smaller episodes to the larger story that they interpolate. But at a certain ground zero of interpretation—albeit a paradoxical ground that prohibits a scholarly shelter to be built on it—no argument would be sufficient to establish such a coherence among the work’s separate narrative parts, since such an argument would live in the brief, oneiric intensity of the critic’s testimony and that testimony’s potential effects rather than in the composition of the work itself somewhere beyond its apprehension by reading. Nonetheless, out of the dismembered ensemble of the Quijote what does perhaps effect its own strange kind of life is the very play of ironic interruptions and frictions between the dismembered parts, the profusion of which seems to impose itself as the work’s own aggressive insistence on itself as something which makes sense possible by constantly provoking and unsettling sense. That is where we could begin to speak of don Quijote himself, not only as the phantasmatic agent of this unsettling but also as the mad promise of justice that could be said to motivate it.The play of interruptions in don Quijote’s own story begins to outline the shifting contours and living contradictions of this novel as a “text” in the sense in which Derrida [End Page 44] and others have used the term: that which “names or relates in its way... [a] conflict without encounter between law and singularity” [“Before the Law” 187]. Although the story of this “encounter” has been often recounted, it bears another citation here, at least because it seems to be forgotten more often than it is told. Even when it is told, the story is often muted in homage to the name of Derrida by writers who tacitly assume that Derrida’s is the only possible version of this “conflict without encounter.” That version would be better described as merely one particular ethical shaping or forcing—a powerful one—of a story that has been told, and remains untold, in uncountable ways. Nonetheless, such a democratic assessment of Derrida does not quite justify a dismissal of his version as merely one among others, since, for one thing, it would be unable to account for the astonishing hold that different versions of Derridean “deconstruction” continue to have on the imagination of North American... (shrink)