Artykuły w czasopismach na temat „Bounds on steady state social utility”

AbstractWe study networks of interacting queues governed by utility-maximising service-rate allocations in both discrete and continuous time. For finite networks we establish stability and some steady-state moment bounds under natural conditions and rather weak assumptions on utility functions. These results are obtained using direct applications of Lyapunov–Foster-type criteria, and apply to a wide class of systems, including those for which fluid-limit-based approaches are not applicable. We then establish stability and some steady-state moment bounds for two classes of infinite networks, with single-hop and multi-hop message routes. These results are proved by considering the infinite systems as limits of their truncated finite versions. The uniform moment bounds for the finite networks play a key role in these limit transitions.

An OLG model with exhaustible resources and solar energy is developed, and equilibrium time paths are characterized numerically using recursive methods. For the parameter values considered, resource prices increase over time, and extractions, output, and utility decline over time until a steady-state is reached. Decreasing the intertemporal elasticity of substitution or raising consumers' subjective discount rate hastens exhaustion of the resource stock. Market equilibrium can result in much quicker use of the stock than social optimality under a constant discount rate, with consequent higher utility for early generations and lower utility for future generations in contrast to social optimality.

AbstractThis paper reexamines the Serendipity Theorem of Samuelson (1975) from the stability viewpoint, and shows that, for the Cobb–Douglas preference and CES technology, the most-golden golden-rule lifetime state being stable depends on parameter values. In some situations, the Serendipity Theorem fails to hold despite the fact that steady-state welfare is maximized at the population growth rate, since the steady state is unstable. Through numerical simulations, a more general case of CES preference and CES technology is also examined, and we discuss the realistic relevance of our results. We present the policy implication of our result, that is, in some cases, the steady state with the highest utility is unstable, and thus a policy that aims to achieve the social optima by manipulating the population growth rate may lead to worse outcomes.

In this work, we obtain bounds for the wind speed interval in which a wind energy conversion system can be regulated in a similar manner to a conventional power generation plant. In particular, we conducted a steady-state analysis of a wind turbine coupled to a doubly fed induction generator (DFIG) that delivers power according to the electric grid requirements, and in a safe manner. In this sense, our main contribution is twofold. On the one hand, it involves expanding the secure operation window by adjusting the gearbox ratio, thus improving the reliability of the utility of grid integration. On the other hand, the WECS is controlled within new, safe wind speed intervals through a passivity-based controller and a proportional–integral controller, showing adequate performances in both cases.

The analysis of regulations affecting addictive or habitual goods has drawn considerable controversy. Some studies have suggested that such regulations have only small welfare benefits, as consumers value these goods despite health benefits from quitting, while other studies suggest that information or behavioral problems make existing consumption decisions a poor guide to welfare evaluation. We examine potential utility offsets to health benefits of regulations affecting addictive or habitual goods theoretically and empirically. Our analysis focuses on individuals who consume these goods only, ignoring other social costs and benefits. Theoretically, we show the importance of several factors including: money saved in addition to health improvements; differentiating steady-state utility losses from short-term withdrawal costs; lack of utility loss for people dissuaded from starting to consume the good; and accounting for utility consequences of explicit or implicit cost increases. Our empirical analysis considers regulations that affect smoking. To measure the welfare cost of smoking cessation, we divide the population into those with more and less rational smoking behavior and use the valuation of smoking from more rational smokers to impute values of losses for less rational smokers. Our results show that the utility cost of smoking cessation is small relative to the health gains in people for whom withdrawal costs are the main utility loss of quitting, and even among people who have some ongoing loss, the utility offsets represent 20%–25% of the health gains. While marginal smokers induced to quit by regulations can be expected to have low or no steady-state loss, even this higher estimate is far below prevailing estimates of the utility cost of smoking used by the Food and Drug Administration and other analysts.

We study a continuous-time organization design problem. Each member’s output is an imperfect signal of his underlying effort, and each member’s utility from remaining in the organization is endogenous to other members’ efforts. Monetary transfers are assumed infeasible. Incentives can be provided only through two channels: expulsion following poor performance and respite following good performance. We derive the steady state distribution of members’ continuation utilities for arbitrary values of the initial and maximum continuation utilities and then optimize these values according to organizational objectives. An optimally designed organization can be implemented by associating continuation utilities with a performance-tracking reputation system. (JEL Z13, D23, D86, P13, D82)

This paper contributes to explaining the obesity epidemic and finding a potential remedy. We build a theoretical model of food consumption decisions that accounts for social influence. In our model, individuals’ rationality is affected by an endogenous social weight norm, which influences their calorie consciousness and perceived survival chances. Individuals are conformist, and the degree of conformism describes the extent to which individuals’ discounted utility is influenced by the social weight norm. With an endogenous social weight norm reflecting a heavier and heavier average body weight, we show that a high degree of conformism to the social norm could explain the obesity epidemic. In this environment, a government intervention decreasing energy density is ineffective at reducing steady-state body weight. This result could explain why this type of government dietary intervention seems to have had no effect on obesity, and suggests that the same type of intervention through the Food Stamps Program would be ineffective on its own. We also find that in the steady state, individuals can be overweight or underweight depending on their degree of conformism relative to the education they receive about the healthy weight. While education programs focusing on either diet or exercise have had moderate success, we show that focusing on healthy weight education could combat social influence and reduce obesity.

This paper constructs an optimal asset allocation decision model for retirees based on the characterization of the CRRA utility function and health stock, and uses the Ramsey equation to obtain the optimal intertemporal asset allocation under steady-state conditions. Combining with the actual situation of Chinese retirees, the theoretical model is numerically simulated and analyzed. The results show that different health shock intensities lead to different asset allocation decisions. Based on the research results, this paper puts forward relevant suggestions on how to make optimal asset allocation decisions for retirees and how the government formulates social policies to cope with the aging society.

Purpose – The purpose of this paper is to develop a definitive and insightful working definition of kaizen for practitioners and academics in the West through which they may better understand the kaizen phenomenon and its intangible but critical underpinning philosophy. Design/methodology/approach – A phenomenological study of the utility of kaizen within in the bounds of active kaizen environments in name Japanese industrial organisations was conducted over a three-year period in Japan. The research explored how Japanese workers acknowledge, exercise, identify and diffuse kaizen in a sustainable manner. Findings – Kaizen is found to be a broad philosophical approach to work that serves different purposes for different members of the organisation, where no universal definition appears to exist yet differing ideologies are tolerated. Kaizen in Japan has a considerably deep meaning: it channels worker creativity and expressions of individuality into bounded environments, and creates an energy that drives a shared state of mind among employees to achieve proactive changes and innovation in the workplace. Originality/value – This paper competently bridges the Japanese-Anglosphere cultural divide in social and business contexts. It contributes to the development of practitioner understanding of the utility of kaizen in Japan through unhindered cross-cultural research methodology, enabled by researcher competency and fluency in Japanese language and culture.

This paper considers a repairable M/M/1 retrial queueing model with setup times. Once the system is empty, the server will be closed down to reduce operating costs. And the system will be activated only when a new customer arrives. The customer who activates the server will enter the retrial orbit waiting to reapply for service. The server may break down during the busy period. First, the steady-state probability of the model is obtained by using the probability generating function method. And we derive performance measures of the system such as the queue length of the orbit, the numerical examples are given to show the sensitivity of the performance measures. Second, the cost function is established to find the minimum cost of the system, and we study the effects of some parameters on the cost by numerical examples. Finally, from the perspective of the customer and social planner, we construct the individual utility function and the social welfare function in the almost and fully unobservable cases, and then the optimal strategy of the customers is analyzed.

Cerebral Flow Autoregulation (CFA) is the dynamic process by which cerebral blood flow is maintained within physiologically acceptable bounds during fluctuations of cerebral perfusion pressure. The distinction is made with “static” flow autoregulation under steady-state conditions of perfusion pressure, described by the celebrated “autoregulatory curve” with a homeostatic plateau. This paper studies the dynamic CFA during changes in perfusion pressure, which attains critical clinical importance in patients with stroke, traumatic brain injury and neurodegenerative disease with a cerebrovascular component. Mathematical and computational models have been used to advance our quantitative understanding of dynamic CFA and to elucidate the underlying physiological mechanisms by analyzing the relation between beat-to-beat data of mean arterial blood pressure (viewed as input) and mean cerebral blood flow velocity(viewed as output) of a putative CFA system. Although previous studies have shown that the dynamic CFA process is nonlinear, most modeling studies to date have been linear. It has also been shown that blood CO2 tension affects the CFA process. This paper presents a nonlinear modeling methodology that includes the dynamic effects of CO2 tension (or its surrogate, end-tidal CO2) as a second input and quantifies CFA from short data-records of healthy human subjects by use of the modeling concept of Principal Dynamic Modes (PDMs). The PDMs improve the robustness of the obtained nonlinear models and facilitate their physiological interpretation. The results demonstrate the importance of including the CO2 input in the dynamic CFA study and the utility of nonlinear models under hypercapnic or hypocapnic conditions.

Standard macroeconomic models assume that households are rational in the sense that they are perfect utility maximizers and explain economic dynamics in terms of shocks that drive the economy away from the steady state. Here we build on a standard macroeconomic model in which a single rational representative household makes a savings decision of how much to consume or invest. In our model, households are myopic boundedly rational heterogeneous agents embedded in a social network. From time to time each household updates its savings rate by copying the savings rate of its neighbor with the highest consumption. If the updating time is short, the economy is stuck in a poverty trap, but for longer updating times economic output approaches its optimal value, and we observe a critical transition to an economy with irregular endogenous oscillations in economic output, resembling a business cycle. In this regime households divide into two groups: poor households with low savings rates and rich households with high savings rates. Thus, inequality and economic dynamics both occur spontaneously as a consequence of imperfect household decision-making. Adding a few “rational” agents with a fixed savings rate equal to the long-term optimum allows us to match business cycle timescales. Our work here supports an alternative program of research that substitutes utility maximization for behaviorally grounded decision-making.

Objectives: The most common method for detecting cardiomegaly and calculating the cardiothoracic ratio (CTR) is through the use of chest radiography. Since 1919, when the CTR was first described, there has been an interest in its utility as a predicator of heart size, leading to a lot of research, notably in the adult Caucasian population. However, in the African pediatric age group, there is paucity of data on this subject. We aim to establish normative data on CTR and its determinants in Nigerian children aged 1–15 years, using chest radiographs. Material and Methods: This was a 7-month observational analytical study assessing chest radiographs of healthy children aged 1–15 years at the Radiology Department of Benue State University Teaching Hospital, Makurdi, from May to November 2021. The respondents’ biometrics and chest radiographs were obtained after the protocol was authorized by the institutional Health Research Ethics Committee. The CTR was calculated using measurements of the maximum transverse cardiac diameter (MTCD) and the maximum internal thoracic width (MITW). The data obtained were analyzed using Statistical Package for the Social Sciences version 26, and Microsoft Excel 2017. The statistical significance level was selected at P ≤ 0.05. Results: A total of 150 pediatric chest radiographs were evaluated, with a male: female ratio of 1.4:1. The study population’s mean age was 6.9 ± 4.8 years. There was a steady decrease in CTR with increasing age across the sexes. The mean CTR of the general population was 49.3%. Weight, height, age, and MITW correlated negatively but statistically significantly with CTR (P = 0.000), while the correlation of CTR with race, MTCD, and sex was not statistically significant (P = 0.657, 0.688, and 0.692, consecutively). Conclusion: The result of the study has established 49.3% as the mean CTR value of the pediatric age group in our environment. We also found out that CTR was significantly influenced by weight, height, age, and thoracic size (MITW).

PurposeThis paper aims to explore the effects of fiscal policy in an economy with efficiency wages, consumption taxes and a common income tax rate.Design/methodology/approachA dynamic general-equilibrium model with the government sector is calibrated to Bulgarian data (1999–2018). Two regimes are compared and contrasted – the exogenous (observed) vs optimal policy (Ramsey) case.FindingsThe main findings are as follows: (1) The optimal steady-state income tax rate is zero. (2) The benevolent Ramsey planner provides three times lower amount of the utility-enhancing public services. (3) The optimal steady-state consumption tax needed to finance the optimal level of government spending is 18.7%.Originality/valueThe focus of the paper is on the relative importance of consumption vs income taxation, as well as on the provision of utility-enhancing public services. Bulgarian economy was chosen as a case study due to its major dependence on consumption taxation as a source of tax revenue.Peer reviewThe peer review history for this article is available at: https://publons.com/publon/10.1108/IJSE-08-2021-0488.

<p style='text-indent:20px;'>These lecture notes address the controllability under state constraints of reaction-diffusion equations arising in socio-biological contexts. We restrict our study to scalar equations with monostable and bistable nonlinearities.</p><p style='text-indent:20px;'>The uncontrolled models describing, for instance, population dynamics, concentrations of chemicals, temperatures, etc., intrinsically preserve pointwise bounds of the states that represent a proportion, volume-fraction, or density. This is guaranteed, in the absence of control, by the maximum or comparison principle.</p><p style='text-indent:20px;'>We focus on the classical controllability problem, in which one aims to drive the system to a final target, for instance, a steady-state. In this context the state is required to preserve, in the presence of controls, the pointwise bounds of the uncontrolled dynamics.</p><p style='text-indent:20px;'>The presence of constraints introduces significant added complexity for the control process. They may force the needed control-time to be large enough or even make some natural targets to be unreachable, due to the presence of barriers that the controlled trajectories might not be able to overcome.</p><p style='text-indent:20px;'>We develop and present a general strategy to analyze these problems. We show how the combination of the various intrinsic qualitative properties of the systems' dynamics and, in particular, the use of traveling waves and steady-states' paths, can be employed to build controls driving the system to the desired target.</p><p style='text-indent:20px;'>We also show how, depending on the value of the Allee parameter and on the size of the domain in which the process evolves, some natural targets might become unreachable. This is consistent with empirical observations in the context of endangered minoritized languages and species at risk of extinction.</p><p style='text-indent:20px;'>Further recent extensions are presented, and open problems are settled. All the discussions are complemented with numerical simulations to illustrate the main methods and results.</p>

Abstract We study environmental policy in a stylized economy–ecology model featuring multiple deterministic stable steady-state ecological equilibria. The economy–ecology does not settle in either of the deterministic steady states as the environmental system is hit by random shocks. Individuals live for two periods and derive utility from the (stochastic) quality of the environment. They feature warm-glow preferences and engage in private abatement in order to weakly influence the stochastic process governing environmental quality. The government may also conduct abatement activities or introduce environmental taxes. We solve for the market equilibrium abstracting from public abatement and taxes and show that the ecological process may get stuck for extended periods of time fluctuating around the heavily polluted (low quality) deterministic steady state. These epochs are called environmental catastrophes. They are not irreversible, however, as the system typically switches back to the basin of attraction associated with the good (high quality) deterministic steady state. The paper also compares the stationary distributions for environmental quality and individuals’ welfare arising under the unmanaged economy and in the first-best social optimum.

Abstract Having a large number of timely donations during the early stages of a COVID-19 breakout would normally be considered rare. Donation is a special public goods game with zero yield, and it has the characteristics of prisoners’ dilemma. This paper discusses why timely donations in the early stages of COVID-19 occur. Based on the idea that donation is a strategy adopted by interconnected players on account of their understanding of the environment, donation-related populations are placed in social networks and the inter-correlation structure in the population is described by scale-free networks. Players in donation-related groups are of four types: donors, illegal beneficiaries, legal beneficiaries, and inactive people. We model the evolutionary game of donation on a scale-free network. Donors, illegal beneficiaries and inactive people learn and update strategies under the Fermi Update Rule, whereas the conversion between the legal beneficiaries and the other three strategies is determined by the environment surrounding the players. We study the evolution of cooperative action when the agglomeration coefficient, the parameters in the utility function, the selection strength parameter, the utility discount coefficient, the public goods discount coefficient and the initial state of the population in the scale-free network change. For population sizes of 50,100,150 and 200, we give the utility functions and the agglomeration coefficients for promoting cooperation. And we study the corresponding steady state and structural characteristics of the population. We identify the best ranges of selection strength K, the public goods discount coefficient α and the utility discount coefficient β for promoting cooperation at different population sizes. Furthermore, with an increase of the population size, the Donor Trap are found. At the same time, it is discovered that the initial state of the population has a great impact on the steady state; thus the Upper and Lower Triangle Phenomena are proposed. We also find that population size itself is also an important factor for promoting donation, pointing out the direction of efforts to further promote donation and achieve better social homeostasis under the donation model.

The ongoing debate on over-tourism shows that developing more sustainable forms of tourism is not only relevant for environmental reasons but it would also create important spillovers benefitting residents within the economic and social domain of sustainability. Based on this broad idea, we develop a theoretical model of sustainable tourism considering the well-being of locals incorporating external effects and trade-offs with less sustainable forms of tourism. We employ a dynamic model of resident well-being, where utility is derived from consumption, tourism quality (e.g. better restaurants, hiking trails), and the number of tourists visiting. A benevolent regional government maximizes the representative resident’s well-being by choosing the rate of consumption, the number of tourists visiting (e.g. number of beds), and the rate of investment in tourism quality. Our results depend crucially on the initial number of tourists and state of tourism quality. Suppose the initial state of tourism quality is below its long-run optimum. If initial visitor numbers are small so that increasing them raises residents’ well-being directly through consumption (i.e. more tourism supply and cultural exchange raises resident’s marginal utility of consumption), the optimal strategy is to invest in tourism quality and to increase the number of tourists over time, as quality changes. If initial visitor numbers are large, increasing them further reduces the resident’s marginal utility from consumption (e.g. booked-out restaurants, crowed hiking trails, etc.) and the optimal strategy is to increase tourism quality over time but to reduce the quantity of visitors. Our general finding is that quantity and quality may move in tandem or in opposite direction, depending on current state and residents’ preferences. If over-tourism means that residents’ well-being is negatively affected by an increasing number of visitors, the model suggests that ongoing investment in tourism quality while reducing numbers will maximize residents’ well-being. We show that the first-best optimum, achieved in a centrally planned economy, can be replicated in a decentralized economy by using time-varying tax rates. This ensures that (i) the steady state of the first-best optimum is reached and that (ii) the speed of convergence to steady state is socially optimal.

Abstract Socially responsible investment (SRI) evolved, along the last two decades, from an almost unexplored topic in science to a recurrent theme of research and debate in Economics and Finance. The growing interest on the theme has two fundamental causes. On one hand, empirical evidence unveils a change of behavior of investors, who typically no longer restrict their decision-making to a strict financial analysis; ethical, social, environmental, and political concerns are also on the forefront of investors’ assessments. On the other hand, the economic science is witnessing a paradigm shift characterized by a progressive departure from the orthodox rational deliberation framework and in the direction of the introduction of behavioral elements. In this study, an intertemporal model is proposed to serve as a benchmark for the evaluation of the implications of social and environmental awareness upon investors’ decisions and investment performance. The model is a simple optimal control framework that highlights the trade-off between financial returns and the satisfaction emanating from investing in firms or projects guided by ethical values and by good governance principles. Better financial outcomes may come with a social damage that the representative agent in the model will include, with a negative sign, in her utility function. Long-term steady-state results and transitional dynamics are duly evaluated for neoclassical and endogenous growth versions of the model.

This paper will compare the metaphoric structuring of the ecological concept of resilience—with its roots in Holling's 1973 paper; with psychological concepts of resilience which followed from research—such as Werner, Bierman, and French and Garmezy and Streitman) published in the early 1970s. This metaphoric analysis will expose the difference between complex adaptive systems models of resilience in ecology and studies related to resilience in relation to climate change; compared with the individualism of linear equilibrium models of resilience which have dominated discussions of resilience in psychology and economics. By examining the ontological commitments of these competing metaphors, I will show that the individualistic concept of resilience which dominates psychological discussions of resilience is incompatible with the ontological commitments of ecological concepts of resilience. Because the ontological commitments of the concepts of ecological resilience on the one hand, and psychological resilience on the other, are so at odds with one another, it is important to be clear which concept of resilience is being evaluated for its adequacy as a concept. Having clearly distinguished these competing metaphors and their ontological commitments, this paper will show that it is the complex adaptive systems model of resilience from ecology, not the individualist concept of psychological resilience, that has been utilised by both the academic discussions of adaptation to climate change, and the operationalisation of the concept of resilience by social movements like the permaculture, ecovillage, and Transition Towns movements. Ontological Metaphors My analysis of ontological metaphors draws on insights from Kuhn's (114) account of gestalt perception in scientific paradigm shifts; the centrality of the role of concrete analogies in scientific reasoning (Masterman 77); and the theorisation of ontological metaphors in cognitive linguistics (Gärdenfors). Figure 1: Object Ontological commitments reflect the shared beliefs within a community about the sorts of things that exist. Our beliefs about what exists are shaped by our sensory and motor interactions with objects in the physical world. Physical objects have boundaries and surfaces that separate the object from not-the-object. Objects have insides and outsides, and can be described in terms of more-or-less fixed and stable “objective” properties. A prototypical example of an “object” is a “container”, like the example shown in Figure 1. Ontological metaphors allow us to conceive of “things” which are not objects as if they were objects by picking “out parts of our experience and treat them as [if they were] discrete entities or substances of a uniform kind” (Lakoff and Johnson 25). We use ontological metaphors when we imagine a boundary around a collection of things, such as the members of a team or trees in a forest, and conceive of them as being in a container (Langacker 191–97). We can then think of “things” like a team or forest as if they were a single entity. We can also understand processes and activities as if they were things with boundaries. Whether or not we characterise some aspect of our experience as a noun (a bounded entity) or as a verb (a process that occurs over time) is not determined by the nature of things in themselves, but by our understanding and interpretation of our experience (Langacker 233). In this paper I employ a technique that involves examining the details of “concrete images” from the source domains for metaphors employed in the social sciences to expose for analysis their ontological commitments (Harrison, “Politics” 215; Harrison, “Economics” 7). By examining the ontological metaphors that structure the resilience literature I will show how different conceptions of resilience reflect different beliefs and commitments about the sorts of “things” there are in the world, and hence how we can study and understand these “things.” Engineering Metaphors In his discussion of engineering resilience, Holling (“Engineering Vs. Ecological” 33) argues that this conception is the “foundation for economic theory”, and defined in terms of “resistance to disturbance and the speed of return to the equilibrium” or steady state of the system. Whereas Holling takes his original example of the use of the engineering concept of resilience from economics, Pendall, Foster, & Cowell (72), and Martin-Breen and Anderies (6) identify it as the concept of resilience that dominates the field of psychology. They take the stress loading of bridges to be the engineering source for the metaphor. Figure 2: Pogo stick animation (Source: Blacklemon 67, CC http://en.wikipedia.org/wiki/File:Pogoanim.gif). In order to understand this metaphor, we need to examine the characteristics of the source domain for the metaphor. A bridge can be “under tension, compression or both forces at the same time [and] experiences what engineers define as stress” (Matthews 3). In order to resist these forces, bridges need to be constructed of material which “behave much like a spring” that “strains elastically (deforms temporarily and returns to its original shape after a load has been removed) under a given stress” (Gordon 52; cited in Matthews). The pogostick shown in Figure 2 illustrates how a spring returns to its original size and configuration once the load or stress is removed. WGBH Educational Foundation provides links to simple diagrams that illustrate the different stresses the three main designs of bridges are subject to, and if you compare Computers & Engineering's with Gibbs and Bourne's harmonic spring animation you can see how both a bridge under live load and the pogostick in Figure 2 oscillate just like an harmonic spring. Subject to the elastic limits of the material, the deformation of a spring is proportional to the stress or load applied. According to the “modern theory of elasticity [...] it [is] possible to deduce the relation between strain and stress for complex objects in terms of intrinsic properties of the materials it is made of” (“Hooke’s Law”). When psychological resilience is characterised in terms of “properties of individuals [that] are identified in isolation” (Martin-Breen and Anderies 12); and in terms of “behaviours and attributes [of individuals] that allow people to get along with one another and to succeed socially” (Pendall, Foster, and Cowell 72), they are reflecting this engineering focus on the properties of materials. Martin-Breen and Anderies (42) argue that “the Engineering Resilience framework” has been informed by ontological metaphors which treat “an ecosystem, person, city, government, bridge, [or] society” as if it were an object—“a unified whole”. Because this concept of resilience treats individuals as “objects,” it leads researchers to look for the properties or characteristics of the “materials” which individuals are “made of”, which are either elastic and allow them to “bounce” or “spring” back after stress; or are fragile and brittle and break under load. Similarly, the Designers Institute (DINZ), in its conference on “Our brittle society,” shows it is following the engineering resilience approach when it conceives of a city or society as an object which is made of materials which are either “strong and flexible” or “brittle and fragile”. While Holling characterises economic theory in terms of this engineering metaphor, it is in fact chemistry and the kinetic theory of gases that provides the source domain for the ontological metaphor which structures both static and dynamic equilibrium models within neo-classical economics (Smith and Foley; Mirowski). However, while springs are usually made out of metals, they can be made out of any “material [that] has the required combination of rigidity and elasticity,” such as plastic, and even wood (in a bow) (“Spring (device)”). Gas under pressure turns out to behave the same as other springs or elastic materials do under load. Because both the economic metaphor based on equilibrium theory of gases and the engineering analysis of bridges under load can both be subsumed under spring theory, we can treat both the economic (gas) metaphor and the engineering (bridge) metaphor as minor variations of a single overarching (spring) metaphor. Complex Systems Metaphors Holling (“Resilience & Stability” 13–15) critiques equilibrium models, arguing that non-deterministic, complex, non-equilibrium and multi-equilibrium ecological systems do not satisfy the conditions for application of equilibrium models. Holling argues that unlike the single equilibrium modelled by engineering resilience, complex adaptive systems (CAS) may have multi or no equilibrium states, and be non-linear and non-deterministic. Walker and Salt follow Holling by calling for recognition of the “dynamic complexity of the real world” (8), and that “these [real world] systems are complex adaptive systems” (11). Martin-Breen and Anderies (7) identify the key difference between “systems” and “complex adaptive systems” resilience as adaptive capacity, which like Walker and Salt (xiii), they define as the capacity to maintain function, even if system structures change or fail. The “engineering” concept of resilience focuses on the (elastic) properties of materials and uses language associated with elastic springs. This “spring” metaphor emphasises the property of individual components. In contrast, ecological concepts of resilience examine interactions between elements, and the state of the system in a multi-dimensional phase space. This systems approach shows that the complex behaviour of a system depends at least as much on the relationships between elements. These relationships can lead to “emergent” properties which cannot be reduced to the properties of the parts of the system. To explain these relationships and connections, ecologists and climate scientists use language and images associated with landscapes such as 2-D cross-sections and 3-D topology (Holling, “Resilience & Stability” 20; Pendall, Foster, and Cowell 74). Figure 3 is based on an image used by Walker, Holling, Carpenter and Kinzig (fig. 1b) to represent possible states of ecological systems. The “basins” in the image rely on our understanding of gravitational forces operating in a 3-D space to model “equilibrium” states in which the system, like the “ball” in the “basin”, will tend to settle. Figure 3: (based on Langston; in Walker et al. fig. 1b) – Tipping Point Bifurcation Wasdell (“Feedback” fig. 4) adapted this image to represent possible climate states and explain the concept of “tipping points” in complex systems. I have added the red balls (a, b, and c to replace the one black ball (b) in the original which represented the state of the system), the red lines which indicate the path of the ball/system, and the black x-y axis, in order to discuss the image. Wasdell (“Feedback Dynamics” slide 22) takes the left basin to represents “the variable, near-equilibrium, but contained dynamics of the [current] glacial/interglacial period”. As a result of rising GHG levels, the climate system absorbs more energy (mostly as heat). This energy can force the system into a different, hotter, state, less amenable to life as we know it. This is shown in Figure 3 by the system (represented as the red ball a) rising up the left basin (point b). From the perspective of the gravitational representation in Figure 3, the extra energy in the basin operates like the rotation in a Gravitron amusement ride, where centrifugal force pushes riders up the sides of the ride. If there is enough energy added to the climate system it could rise up and jump over the ridge/tipping point separating the current climate state into the “hot earth” basin shown on the right. Once the system falls into the right basin, it may be stuck near point c, and due to reinforcing feedbacks have difficulty escaping this new “equilibrium” state. Figure 4 represents a 2-D cross-section of the 3-D landscape shown in Figure 3. This cross-section shows how rising temperature and greenhouse gas (GHG) concentrations in a multi-equilibrium climate topology can lead to the climate crossing a tipping point and shifting from state a to state c. Figure 4: Topographic cross-section of possible climate states (derived from Wasdell, “Feedback” 26 CC). As Holling (“Resilience & Stability”) warns, a less “desirable” state, such as population collapse or extinction, may be more “resilient”, in the engineering sense, than a more desirable state. Wasdell (“Feedback Dynamics” slide 22) warns that the climate forcing as a result of human induced GHG emissions is in fact pushing the system “far away from equilibrium, passed the tipping point, and into the hot-earth scenario”. In previous episodes of extreme radiative forcing in the past, this “disturbance has then been amplified by powerful feedback dynamics not active in the near-equilibrium state [… and] have typically resulted in the loss of about 90% of life on earth.” An essential element of system dynamics is the existence of (delayed) reinforcing and balancing causal feedback loops, such as the ones illustrated in Figure 5. Figure 5: Pre/Predator model (Bellinger CC-BY-SA) In the case of Figure 5, the feedback loops illustrate the relationship between rabbit population increasing, then foxes feeding on the rabbits, keeping the rabbit population within the carrying capacity of the ecosystem. Fox predation prevents rabbit over-population and consequent starvation of rabbits. The reciprocal interaction of the elements of a system leads to unpredictable nonlinearity in “even seemingly simple systems” (“System Dynamics”). The climate system is subject to both positive and negative feedback loops. If the area of ice cover increases, more heat is reflected back into space, creating a positive feedback loop, reinforcing cooling. Whereas, as the arctic ice melts, as it is doing at present (Barber), heat previously reflected back into space is absorbed by now exposed water, increasing the rate of warming. Where negative feedback (system damping) dominates, the cup-shaped equilibrium is stable and system behaviour returns to base when subject to disturbance. [...]The impact of extreme events, however, indicates limits to the stable equilibrium. At one point cooling feedback loops overwhelmed the homeostasis, precipitating the "snowball earth" effect. […] Massive release of CO2 as a result of major volcanic activity […] set off positive feedback loops, precipitating runaway global warming and eliminating most life forms at the end of the Permian period. (Wasdell, “Topological”) Martin-Breen and Anderies (53–54), following Walker and Salt, identify four key factors for systems (ecological) resilience in nonlinear, non-deterministic (complex adaptive) systems: regulatory (balancing) feedback mechanisms, where increase in one element is kept in check by another element; modularity, where failure in one part of the system will not cascade into total systems failure; functional redundancy, where more than one element performs every essential function; and, self-organising capacity, rather than central control ensures the system continues without the need for “leadership”. Transition Towns as a Resilience Movement The Transition Town (TT) movement draws on systems modelling of both climate change and of Limits to Growth (Meadows et al.). TT takes seriously Limits to Growth modelling that showed that without constraints in population and consumption the world faces systems collapse by the middle of this century. It recommends community action to build as much capacity as possible to “maintain existence of function”—Holling's (“Engineering vs. Ecological” 33) definition of ecological resilience—in the face of failing economic, political and environmental systems. The Transition Network provides a template for communities to follow to “rebuild resilience and reduce CO2 emissions”. Rob Hopkins, the movements founder, explicitly identifies ecological resilience as its central concept (Transition Handbook 6). The idea for the movement grew out of a project by (2nd year students) completed for Hopkins at the Kinsale Further Education College. According to Hopkins (“Kinsale”), this project was inspired by Holmgren’s Permaculture principles and Heinberg's book on adapting to life after peak oil. Permaculture (permanent agriculture) is a design system for creating agricultural systems modelled on the diversity, stability, and resilience of natural ecosystems (Mollison ix; Holmgren xix). Permaculture draws its scientific foundations from systems ecology (Holmgren xxv). Following CAS theory, Mollison (33) defines stability as “self-regulation”, rather than “climax” or a single equilibrium state, and recommends “diversity of beneficial functional connections” (32) rather than diversity of isolated elements. Permaculture understands resilience in the ecological, rather than the engineering sense. The Transition Handbook (17) “explores the issues of peak oil and climate change, and how when looked at together, we need to be focusing on the rebuilding of resilience as well as cutting carbon emissions. It argues that the focus of our lives will become increasingly local and small scale as we come to terms with the real implications of the energy crisis we are heading into.” The Transition Towns movement incorporate each of the four systems resilience factors, listed at the end of the previous section, into its template for building resilient communities (Hopkins, Transition Handbook 55–6). Many of its recommendations build “modularity” and “self-organising”, such as encouraging communities to build “local food systems, [and] local investment models”. Hopkins argues that in a “more localised system” feedback loops are tighter, and the “results of our actions are more obvious”. TT training exercises include awareness raising for sensitivity to networks of (actual or potential) ecological, social and economic relationships (Hopkins, Transition Handbook 60–1). TT promotes diversity of local production and economic activities in order to increase “diversity of functions” and “diversity of responses to challenges.” Heinberg (8) wrote the forward to the 2008 edition of the Transition Handbook, after speaking at a TotnesTransition Town meeting. Heinberg is now a senior fellow at the Post Carbon Institute (PCI), which was established in 2003 to “provide […] the resources needed to understand and respond to the interrelated economic, energy, environmental, and equity crises that define the 21st century [… in] a world of resilient communities and re-localized economies that thrive within ecological bounds” (PCI, “About”), of the sort envisioned by the Limits to Growth model discussed in the previous section. Given the overlapping goals of PCI and Transition Towns, it is not surprising that Rob Hopkins is now a Fellow of PCI and regular contributor to Resilience, and there are close ties between the two organisations. Resilience, which until 2012 was published as the Energy Bulletin, is run by the Post Carbon Institute (PCI). Like Transition Towns, Resilience aims to build “community resilience in a world of multiple emerging challenges: the decline of cheap energy, the depletion of critical resources like water, complex environmental crises like climate change and biodiversity loss, and the social and economic issues which are linked to these. […] It has [its] roots in systems theory” (PCI, “About Resilience”). Resilience.org says it follows the interpretation of Resilience Alliance (RA) Program Director Brian Walker and science writer David Salt's (xiii) ecological definition of resilience as “the capacity of a system to absorb disturbance and still retain its basic function and structure.“ Conclusion This paper has analysed the ontological metaphors structuring competing conceptions of resilience. The engineering resilience metaphor dominates in psychological resilience research, but is not adequate for understanding resilience in complex adaptive systems. Ecological resilience, on the other hand, dominates in environmental and climate change research, and is the model of resilience that has been incorporated into the global permaculture and Transition Towns movements. References 2nd year students. Kinsale 2021: An Energy Descent Action Plan. Kinsale, Cork, Ireland: Kinsale Further Education College, 2005. 16 Aug. 2013 ‹http://transitionculture.org/wp-content/uploads/KinsaleEnergyDescentActionPlan.pdf>. Barber, Elizabeth. “Arctic Ice Continues to Thin, and Thin, European Satellite Reveals.” Christian Science Monitor 11 Sep. 2013. 25 Sep. 2013 ‹http://www.csmonitor.com/Environment/2013/0911/Arctic-ice-continues-to-thin-and-thin-European-satellite-reveals>. 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IntroductionThis article proposes that the practice of relaxation—a mode of bodily self-organisation within time—provides a way to diversify times as political and creative intervention. Relaxation, which could seem counter-intuitive, may function as intentional temporal intervention and means to slip some of the binds of neoliberal, surveillance capitalist logics. Noting the importance of decision-making (resonant with what Zuboff has called “promising”) as political, ethical capacity (and what dilutes it), I will argue here that relaxation precedes and invites a more active relation to the future. Relaxing and deciding are contrasted, in turn, with something dubbed ‘sub-habituality.’ This neologism would work as a critical poetics for the kind of (non)time in which we may be increasingly living. If, in Discipline and Punish, 1970s Foucault explored the various strategies of coupling time constraints/‘refining’ of time periods (150) with surveillance, I argue here that we might reconsider these same elements—time, constraint, intentionality—aslant and anew, as we approach the third decade of the 21st century (nearly 20 years after Google began opportunistically gathering the data exhaust of its searches). If in a disciplinary society, the organisation of bodies in time served various orders of domination, is it possible that in a control society (as Deleuze has named it), time and bodily composure may be harnessed otherwise to evade surreptitious logics of a neoliberal flavour?The elements noted by Foucault (i.e. structured time, bodily organisation) can—when rendered decisive, coupled with relaxation (to be defined), and with surveillance muddled or subtracted—become tools and modes for questioning, resisting and unsettling various mechanisms of domination and the dilutions of ethical capacity that accompany them in the current moment. We may, in other words, decide to structure our time when unobserved (for example with Flight Mode or connectivity off on laptops, etc.) for intentional, onto-political ends. A later Foucault, incidentally, went on to connect certain practices of care of the self to ethics, as ethical obligations (Foucault, “Ethics”). Time plays a role in such practices. With this as background, this article will read atmospherically some of Gilles Deleuze’s ontological offerings regarding time from his 1968 work Difference and Repetition. However, before this, I wish to clarify the article’s understanding of neoliberalisation in a digital moment.A neoliberalising moment, to use Springer’s preferred nomenclature (5), co-exists presently with a ubiquity of digital media engagement and co-opts it and exacerbates its reach for its manoeuvres. The former’s logics—which digital practices might at once support and/or contest—involve well-known imperatives of ‘efficiency’, aesthetics of striving, untrammelled growth, logics of scarcity and competition, privatisation of community assets, the so-called autonomy of the market, and so on. In his essay on control societies (which notably, after World War II, eclipse the disciplinary societies described by Foucault), Deleuze puts it like this:the corporation constantly presents the brashest rivalry as a healthy form of emulation, an excellent motivational force that opposes individuals against one another and runs through each, dividing each within. (5, my emphasis)Neoliberalism, where corporations have tended to replace factories, relies variously on competition between peers, dubious forms of (often ludicrous) motivation, fluctuating salaries and debt (in the place of explicit enclosures), so as to reduce the capacity and the lived expansiveness of the human (and non-human) beings who exist within its order.With this as background, I’m interested in the ways that personal electronic devices (PEDs) and the apps they house may—if used mostly compliantly and uncritically—impact what I would like to call our temporal diversity. This would involve a whittling-down of our access to atmospheres, thus to more impoverished constellations of living, and finally to profound disenablings in many spheres. PEDs provide a monetisable means of pervasive surveillance and increasingly-normalised "veillance" (Lupton 44). Certain modes of domination—if we read this term to mean a reduction of (ethical, creative, political) capacity—furthermore mobilise very specifically a co-opting of time (in the form of ‘engagement’, our eyes on a screen) and time’s strategic fragmentation. The latter is facilitated variously by monetised, gamified apps, and social media Skinner-box effects, entwined with the veillance made possible by the data exhaust of our searches and other trackable online behaviours, self-loggings, and so on. Recalling the way, in disciplinary societies, that power relations play out via the enclosure and regulation of bodies and their movement—the latter imposed externally and with the imperative of a ‘useful time’ or with the aim of self-optimising—I’m curious about how self-selected modes of resistant bodily organisation might operate to insulate or shelter humans living under and within various intensities of neoliberalisation, its discourse and its gaze. Sheltered, one might recover a creative or robust response. To use temporal strategies and understandings, we may subtract ourselves (even just sometimes) from stealthy modes of control or ‘nudging’, from ways of being which are increasingly marketed as ‘common sense’ approaches to activity and spendings of time.With regard to neoliberalisation (defined according to Springer, 37-38) and its coupling with digital life, I query if we may be finding ourselves too-often dipping below the threshold of what ought to be our most assumed temporality: namely, Deleuze’s ‘living’ or habitual present (from the second chapter of his Difference and Repetition). The moniker of ‘temporal diversity’ seeks to flag that—in a moment where we observe and resist the shutting down of diversity in numerous spheres, of species, eco-systems, cultures and languages, and their eclipse by modes produced for our consumption by globalisation—we could easily miss another register at which diversity is threatened. We might arguably be facing the loss of something which, after the fact, we may struggle to name—since it is not a ‘thing’—and whose trajectory of disappearance might wholly elude us. This diversity is that of times.Deleuze’s Three Syntheses in Difference and RepetitionIn Chapter 2 of his 1968 work, Deleuze explores three ways in which time can synthesise. Each synthesis involves a kind of weaving of the basic operations of difference and repetition. One way to read Deleuze in this work is that he (among other things) effectively sketches three kinds of atmospheres of time. Each of these, I argue, if seen as frame, contributes a richness and diversity to what a life—and what our shared life—can be and feel like.The first kind of time is called the habitual or ‘living’ present. It synthesises from a stitching together, drawing together, of the retaining of disappearing, disparate instances that otherwise bear no basic relation to one another (Deleuze, Difference 97). As a ‘present’, it has a stretch, a ‘reach’ which depends somewhat on our organism’s capacity to contract discontinuous instants. As Hughes beautifully puts it: “Our contractile range is the index of our finitude” (110). As we’ll see below, it would be a crumbling of this ‘range’ that sub-habituality designates. This living present of Deleuze also has a past inflection, marked by the just-gone and by a mode of memory, as well as by a future aspect, marked—not always constructively—by anticipation.One way to read the ‘living’ present is as being akin to our temporal ‘food and shelter’, a basic synthesis in which to dwell basically. Not thrilling or obviously creative, seductive or vast, it is the time—I’d suggest—in which we establish routine, in which we maintain a liveable life. Theorists such as Grosz have argued—in this tradition with Deleuze which positively evaluates habit—that habit, as mode of time, frees the organism up so that invention and innovation can then seed (see Grosz).The ‘living’ present turns out, however, not to be assumable in every case. For example, in cases of PTSD, I’d contend, it may be interrupted, lost, thus is not to be taken for granted under all conditions. Its status under a gamified neoliberalisation or surveillance capitalism is of interest to me and thus I offer this poetics of sub-habituality as a way to designate its vulnerability—that we might slip below its steadying threshold.Neither does the habitual present constitute much of a diversity; it would not cut it, let’s say, as enough for an abundant or varied temporal life. The habitual present contributes to the conditions that would enable me to form intentions (as a cohering ‘self’), to fashion basic schedules with my own initiative, to order an adult life. For a truly rich temporal life, however, we’d wish to include the poetics intimated by Deleuze’s two other syntheses, their more diverse atmospheres and the arguably political capacities they open to us.The second (passive) synthesis pertains to a vast and insisting past, in the lineage of Henri Bergson, and which, Deleuze notes, might be accessed or ‘saved for ourselves’ via that which we call reminiscence (Difference 107)—a dreamy, expansive and often-pleasurable state (except, for example, in cases of PTSD, or even perhaps versions of dementia, where the person may not be able to leave or surface from it). To dig, in thought, ‘down’ into the register of this vast past and to unearth a rigorous account of it, one goes via a series of paradoxes (see Deleuze, Difference 101-105). If the first passive synthesis is constituted by habit’s mechanisms, the second passive synthesis is constituted by memory’s: “memory is the fundamental synthesis of time which constitutes the being of the past (that which causes the present to pass)” (Deleuze, Difference 101). Hughes puts it thus: “the pure past in general [is] a horizon of having-been-ness, in which what was apprehended [in the first synthesis] finds the conditions of its reproducibility” (108). If such a pastness designates one moment in how selves and their being-as-time synthesise, one might want to know how to include this rich, languorous, sometimes lost and meandering, atmosphere in a life. This might assist an understanding of what distorts or precludes it, and thus our learning for how to invite it in, alongside our more habitual modes.No mode of time, therefore, is simplistically inflected as positive or negative. Without their multiplicity, I’m arguing, we are left temporally less endowed. I wish to articulate not the swapping of one kind of time for another—as if one would only favour productive ‘times’, or efficient ‘times’, or competitive ‘times’, or steady ‘times’, or dreamy, meandering ‘times’—but a diversity. When we feel wildly dissatisfied and imagine that a tangible thing, situation or acquisition—content in time, in other words—would serve as a salve for this uneasiness, we might also consider that what’s missing could be a temporal mode. Which one have we lost the capacity to access or drift into? I’ll now turn to the third synthesis which Deleuze explores, which pertains to the future and its opening up.For the purposes of my argument here, I want to use this third synthesis to gesture towards the future as a possible mode—empty, sheer—and which distinguishes itself entirely from the future ‘aspects’ of the first two syntheses. I both take a poetic cue from Deleuze, as well as note that this synthesis is the least obvious or accessible in a usual life, one in which habit’s organisation is established, and even in which perhaps there are pockets of the ‘erotic’ (Deleuze, Difference 107) and/or expansive driftings of the second synthesis of memory. The third synthesis, then—associated with Deleuze’s take on thought—marks the moment when something becomes active. Deleuze presents it to the reader of Difference and Repetition in relation to Nietzsche’s Eternal Return:that is why it is properly called a belief of the future, a belief in the future. Eternal Return affects only the new, what is produced under the condition of default and by the intermediary of metamorphosis. However it causes neither the condition nor the agent to return: on the contrary, it repudiates these and expels them with all its centrifugal force. (Difference 113, emphasis original)When habit dominates our temporal palette, the future appears to be possible only in habit’s guise of it—that is, in the mode of anticipation, which then morphs to prediction as this synthesis moves into its more active modes. Anticipation is a pragmatic but weak future. It is useful, without doubt, since habit’s future mode knows to say: at three o’clock I need to get my shoes on, grab keys and wallet, and drive to pick up X. I anticipate that they will be waiting on this corner, and so on. Habit’s internally available ‘future’ is crucial and steadying. Knowing how to manoeuvre within it is part of learning to live some kind of organised life. In sub-habituality I’d argue, we may not even have that. Zuboff intimates this when in Chapter 11 she speaks of a right to a future tense.Deleuze’s third synthesis opens the self precisely onto that which-cannot-be-anticipated. The Nietzschean mode of the future that Deleuze explores at length is not akin to habit’s ordering and stabilising; it is not to be compared to the reminiscent climes of pure memory, to the vast dilations and contractions of its insisting topographies. The third synthesis asks more of us. It asks us to forget the versions of ourselves we have been (in the very moment that we affirm the repetition of everything that has been, to the letter) and to stare unblinkingly into a roaring Nothingness, or better into the strange weathers of a Not-Determined-Yet.My own practice-based creative research into these matters confirms Deleuze’s architectures. I say: we need the two other temporal syntheses and rely on them in order to dramatise something new in the third synthesis. The is the ability, in other words, to decide and to forget enough to be able to dance forward into an unknown future.Sub-Habituality: Or Less than a ‘Living’ PresentKorean thinker Byung-Chul Han links our use of devices, and the necessity of engaging with them for our social/economic survival, to the kind of dispersed and fretful awareness needed by animals surviving predators in the wild. He sees ‘multitasking’ in no way as any kind of evolution, but names it provocatively a regression, which precludes the kind of contemplation upon which sophisticated cultural practices and fields, such as art and philosophy, arguably depend (Han 26-29). Habit involves the crucial notion of a ‘range’ of, or a capacity for, contracting disparate instants—so as to make possible their being stitched together, via contemplation’s passivity (Deleuze 100), and thereby to synthesise a (stable, even liveable) present. Recall that Hughes called it the index of our finitude. How do digital engagements—specifically with apps and their intentionally gamified designs, and which involve a certain velocity of uncadenced movement and gesture (eyes, hands, neck position)—impact an ability to synthesise a steady-enough present? Sub-habituality, as name, seeks a poetics to bring to articulation an un-ease that would be specifically temporal, not psychological, or even merely physiological.To know about the stability offered by habit’s time allows the cultivation of temporal atmospheres that are pleasant and stable, as well as having the potential to open onto creative/erotic modes of a vast past, as well as not be closed to the pure future. This would be a curation of the present, learning how to ‘play’ its mechanisms such that the most expansive and interesting aspects of this mode—which can condition and court other modes—can come forth.Sub-habituality is that time where the gathering of instants into any stretch is hindered, shattering the operations of coherence and narrowing aperture for certain experiences. No stretch in which to dwell. The vast and calming surfaces of our attention breaking into shards. Sub-habituality would be anti-contemplative, in an ontological sense. No instant could hold for long enough to relate to its temporal peers. Teetering there on the edge of a non-time, any ‘subject’ who might intend is undermined.Next, I turn to the notion of relaxation as bodily practice and strategy to insulate or shelter humans living under and within various intensities of digitalised neoliberalisation. Instead of offering oneself up for monetised organisation, one organises oneself via the nuanced effort that is a ‘dropping of excess effort’. The latter is relaxation and may thwart surreptitious modes of (imposed temporal) (dis)organisation, or what tends to appear increasingly as ‘common sense’ approaches to activity and spendings of time. We practise deciding to structure blocks of time, so that within their bounds we can risk experimenting with relaxation, its erotics and its vectors of transformation.RelaxationNeoliberalisation, after Springer, involves the becoming common-sensical of numerous logics: competitiveness in every sphere of life, ubiquity of free market logics, supposed scarcity (of time, opportunity), rationalisation and instrumentalisation of processes and attitudes to doing, and an emphasis on a discourse of efficiency (even when it is not, in actuality, what obtains). For Deleuze, in a control society, similarlymany young people strangely boast of being “motivated”; they re-request apprenticeships and permanent training. It’s up to them to discover what they are being made to serve, just as their elders discovered, not without difficulty, the telos of the disciplines. ("Postscript", 7)How can we serve less this current telos? What (counter or subtractive) practices might undermine the conditions for the entrenching of such logics? My contention in this article is that practices of the body that also involve the intentional organising of time, along with approaches to movement generally that forgo striving and forcing (that is: kinds of violent ‘work’), may counter some of the impacts (especially of a temporal nature, as discussed above) that align with and allow for neoliberal logics’ pervading of all spheres of life. Relaxation is a useful shorthand for such strategies.In my work elsewhere on practising, I’ve argued that relaxation is the third (of four) criteria that constitute the specific approach to ‘doing’ that can be designated practising (see Pont; Attiwill et al.). Relaxation is a very particular approach to any behaviour or movement, whereby the ‘doer’ pays close attention and seeks to use only the necessary amount of effort for the activity in question. This dropping of ‘natural’ (or knee-jerk) effort is itself a kind of unusual effort. The word ‘natural’ here comes from writings by Vachaspati Mishra (192) and makes the subtle point that relaxation intervenes on what is ‘natural’ or on what has acquired inertia, on that which enacts itself without decision or intention. In this strictly ontological/temporal intervention, relaxation refuses to collude with common-sense approval for striving-as-new-piety that dominate neoliberalised discourses and their motivational propagandas.Relaxation constitutes an enacted—repeatedly enacted—decision at the level of the body to organise movement/doing in ways subtracted from neoliberalised discourse, reawakening intention. It is a quiet intervention, precise and difficult, that works to counter a widespread fundamentalism of doing with excess (or Leistung with its inevitable flipside of collapse and exhaustion, as critiqued by Han 24-25). This dovetails with the ubiquity of digital engagements/behavioural training, which effectively constitute an unending labour for many. Counter-intuitively, relaxation (when understood strictly as practice, not in its lay inflection as compensatory ‘collapse’) can establish a minimum membrane hindering the penetration of this labour into all spheres of a life. Once PEDs are intentionally used—very difficult to do—and limited in terms of the proportion of time they are engaged with, they pose a reduced threat to times’ diversity. (To organise my time, curiously too, I make use of PED timer features, on flight mode, and so on. Others use apps specifically designed to help them use fewer apps.)We find ourselves here faced with various and emergent practices of saying ‘no’ to serve a process that experiments with affirming something else—perhaps this ‘else’ would be the conditions for that which does yet exist, that is: truly open futures, creativity, robustness in the face of change. Promising? Deciding? My argument is that a body immersed too much in sub-habituality is less capable overall of withstanding the atmospheres of the third synthesis (and, if we follow Han, too dispersed and fragmented to access certain atmospheres that we might associate with the second). It may not even have a sense of a living present. It becomes less and less intentional, more malleable, very tired.There is—in the work of the body that resists complying with the logics of neoliberalisation, that resists a certain corrosion of Deleuze’s first time (and of the subsequent two times that in Deleuze open from them)—a clear practice of dropping, letting fall, not picking up in the first place. We forgo then certain modes of, or approaches to, action when we work to subtract ourselves from an encroaching (a)temporality that is none at all. To foil reactivity we have two obvious options: we learn to activate our reactivity—to act it; or we pause just before enacting from within its logic. Relaxation is more about the latter.ConclusionThe sub-habitual discussed in this article is, most importantly, a grim affective/temporal register to inhabit. For many, its unpleasantness is met with queries about mental health, since it naturally impacts us in a register that feels like bad thinking, like bad feeling. By introducing an onto-temporal inflection into such queries, I suggest there might be a certain kind of ‘health’ or better still a ‘pleasure’ in a life that can obtain with the cultivation of a diversity of times. Deleuze’s model of three kinds of temporal synthesis tempts me as one way to track what might be going missing in a moment when certain technologies, serving particular economic and political agendas and ideologies, can coax our rhythms, behaviours and preoccupations down particular paths. The fleshy, energetic and thinking body, as a site of affirmation, as a vehicle for practices that subtract themselves from dominant logics, can—I’ve argued here—be a crucial factor in working with temporality in such a way that one is not left with an homogenised non-time in which we are not-quite-subjects or diluted selves vulnerable to being worked on by logics that drive neoliberalisation and its sufferings. Relaxation is among a suite of strategies that may keep our times (and ourselves as modes of time) diverse: stable, pleasure-capable, imaginative and fierce.ReferencesAttiwill, Suzie, Terri Bird, Andrea Eckersley, Antonia Pont, Jon Roffe, and Philipa Rothfield. Practising with Deleuze. Edinburgh: Edinburgh University Press, 2017.Deleuze, Gilles. Difference and Repetition. Trans. Paul Patton. London: Continuum, 2004.———. “Postscript on the Societies of Control.” October 59 (1992): 3-7.Foucault, Michel. Discipline and Punish: The Birth of the Prison. Trans. Alan Sheridan. New York: Vintage Books, 1995.———. “The Ethics of the Concern for Self as a Practice of Freedom.” The Essential Works of Michel Foucault, Vol. 1: Ethics: Subjectivity and Truth. Ed. Paul Rabinow. New York: New Press, 1997. 281-302.Grosz, Elizabeth. “Habit Today: Ravaisson, Bergson, Deleuze and Us.” Body and Society 19(2&3): 2013. 217-239.Han, Byung-Chul. Müdigkeitsgesellschaft Burnoutgesellschaft Hoch-Zeit. 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