Remaining Agile and Adaptable

If a network has longevity, it will experience change. This chapter is about how networks reinvent themselves, mature, learn, grow, and dissolve. It uses a framework based on two distinctions: the goal-directedness of the network and the disruptiveness of the change. For serendipitous networks, or networks where organizations do not share goals, field-wide disruption and the accumulation of individual organizations’ actions drive change. In these circumstances, organizations manage changes by attending to their network portfolio and absorptive capacity. For goal-directed networks, change can be planned or unplanned. It can be incremental or radical. In each of these circumstances, the chapter recommends pathways for managing the degree and type of change. It uses case studies to illustrate how leaders manage the dilemmas caused by network change. It includes strategic planning, action learning team, and absorptive capacity tools.

Goal Directedness, Chemical Organizations, and Cybernetic Mechanisms

In this article, we attempt at developing a scenario for the self-organization of goal-directed systems out of networks of (chemical) reactions. Related scenarios have been proposed to explain the origin of life starting from autocatalytic sets, but these sets tend to be too unstable and dependent on their environment to maintain. We apply instead a framework called Chemical Organization Theory (COT), which shows mathematically under which conditions reaction networks are able to form self-maintaining, autopoietic organizations. We introduce the concepts of perturbation, action, and goal based on an operationalization of the notion of change developed within COT. Next, we incorporate the latter with notions native to the theory of cybernetics aimed to explain goal directedness: reference levels and negative feedback among others. To test and refine these theoretical results, we present some examples that illustrate our approach. We finally discuss how this could result in a realistic, step-by-step scenario for the evolution of goal directedness, thus providing a theoretical solution to the age-old question of the origins of purpose.

Trajectory: A model of the sign and of semiosis

This paper examines how far the model of the trajectory as a path that a moving object follows from a source to a goal is an adequate model of the sign and of semiotic processes. Just like intentions, meanings, and messages, also signs have sources and goals. A study of the terms by which the Ancient Greeks referred to signs (sêma, semeîon, and tekmérion) reveals that the idea of goal-directedness is inherent in several respects in this early semiotic vocabulary. The paper studies Charles S. Peirce’s model of the sign as a trajectory by which Peirce describes the “agency of the sign”. Peirce’s semiotic trajectories are without beginnings and ends. Guided by final causality towards a semiotic goal, the sign can reach its goal only by asymptotic approximation. The final section of the paper presents brief notes on the trajectories characteristic of sign processes in semiotic models outlined by Algirdas Greimas and Juri Lotman. Greimas distinguishes a plurality of semiotic trajectories, such as the generative, the thematic, and the figurative one, but the prototype of all trajectories is the narrative one. Bifurcations resulting from conflicting tensions interrupt the unilinearity of the goal-directed trajectories. Besides disjunctions, the model foresees conjunctions in which trajectories merge. The dynamic forces that propel the agents (subjects and objects, agents and patients, senders and receivers, heroes and villains) along such trajectories are polar tensions and conflicts as well as phases of desire and fulfilment. Lotman proposes a dynamic model of human culture as a semiotic space where sign pro - cesses occur like “rushing torrents” or even take the form of “explosions”, suggesting trajectories whose characteristics are nonlinearity, bifurcation, sudden interruption, and unpredictable reorientation. Concomitant with such trajectories are the bidirectional trajectories that describe the dynamic relations between the centre and the periphery of a cultural semiosphere.

Lifestyles and stress according to self-kindness and goal directedness among drivers

Aim Home delivery drivers are particularly likely to have unhealthy lifestyles and high stress because of their unusually strenuous work. This study identified differences in their lifestyles and stress according to self-kindness and goal directedness. Methods Participants were drivers from a western Tokyo branch of a large company that included a Japanese transportation business. A total of 407 drivers completed a questionnaire including items about self-kindness from the Self-Compassion Scale, goal directedness from the Japanese Experiential Time Perspective Scale, stress responses, and job stress; data from 362 male drivers were analyzed, mean age = 41.87 years (SD = 7.8). Participants were divided into four groups based on these scores: high self-kindness and high goal directedness (HS/HG), low self-kindness and high goal directedness (LS/HG), high self-kindness and low goal directedness (HS/LG), and low self-kindness and low goal directedness (LS/LG). Responses were compared among groups using Kruskal–Wallis test, Bonferroni’s multiple-comparison test, and χ2 test. Results Median fatigue, anxiety, and depression scores differed significantly among the four groups. More drivers with HS/HG than with LS/LG reported feeling rested because of sleeping well. Discussion Home delivery drivers with high self-kindness and high goal directedness exhibited restful sleep and lower levels of stress responses. Home delivery drivers should work on and manage both self-kindness and goal directedness, which employers should also facilitate.

Problem solving capabilities of peach-fronted conures (Eupsittula aurea) studied with the string-pulling test

The problem-solving capabilities of four small parrots (peach-fronted conures, Eupsittula aurea) were investigated using string-pulling tests. In seven different tasks, one string was baited following a randomized order. The parrots could retrieve the food reward after a wrong choice as the choice was not forced. Additionally, we applied a non-intuitive pulley task with the strings arranged in front of, instead of below the birds. All four parrots performed very well in the multiple, slanted, and broken string tasks, but all failed in the crossed-string task. Only two parrots solved the single pulley task. All four parrots performed successfully in the multiple pulley task but all failed in the broken pulley condition. Our results suggest that peach-fronted conures solve string-pulling tasks without relying on simple proximity based rules, but that they have evolved cognitive abilities enabling goal-directedness, the understanding of functionality, and a concept of connectedness between two objects.