Space and time, which should properly be taken conjointly, are both communicatively produced and created with certain contextual perspectives—they are not independent physical entities. The standpoint of production makes the relationship between space and time comprehensible. They can either be mental-subjective, physical-objective, or social-intersubjective. Social and intersubjective (or E-series) spacetime might shed new light on biological thinking. For general readers, this paper provides a clue regarding an alternative conceptualization of spacetime based on biology.

Anticipatory acts or predictive behavior are prerequisites for living organisms to sustain their survival when escaping from a predator, catching prey, or schooling. For example, catching prey requires that the predator perform some procedures that are equivalent to estimating the directional movement of the prey, its speed and its distance relative to the predator. Underlying these procedures is time experience, which does not adhere to man-made mechanical clocks. Living organisms keep time based on the local activities of each participant and (...) form ecological clocks together. The timekeeping of ecological clocks has been called E-series time, which is interactive in character and consists of mutual alignment of timing that is co-adjusted to each other’s movements and rhythms. A main objective of our current work is to illustrate how E-series time is used for flows of anticipatory acts. To explain such predictive moves and their efforts based on how the perspective of the immediate future affects the present, we resort to the organismic activity of revising the preceding acts in retrospect and semiotic scaffolding that extends beyond simple linear causality. Special attention is paid to the construction of the notion of retrocausal scaffolding, which is a series of dialogical punctuations or mutual coordination of rhythms for the joint production of the present moment of now. Retrocausal scaffolding is synonymous with negotiated anticipation, which is a semiotic/communicative account of revising the preceding acts in the present moment. (shrink)

In an earlier paper, I set out to apply to animal mimicry the definition of the sign, and, more specifically, of the iconic sign, which I originally elaborated in the study of pictures, and which was then extended by myself and others to language, gesture, and music. The present contribution, however, while summarizing some of the results of those earlier studies, is dedicated to the demonstration that animal mimicry, as well as phenomena of the human Lifeworld comparable to it, are (...) in a sense the opposite of signs. It has often been observed, not only within speech act philosophy, but also by the semiotician Luis Prieto, that as sign can only function as such once it is recognized to be a sign. Animal mimicry, camouflage, and the like, in contrast, only work as such, to the extent that they are not perceived as signs. Unlike what speech act philosophy claims, nevertheless, the “difference which makes a difference” is not the recognition of a purpose attributed to the subject producing the sign. A footprint, for example, has to be recognized as a sign in order to function as such. Nevertheless, to the extent that a purpose is attributed to the subject setting the sign, it may be considered a sign, but one that hides its nature, a fake footprint. Mimicry and camouflage, however, are similar to such “natural meanings” as footprints in entertaining a different relation to the agent initiating the act and the agent perceiving it. Classical studies of mimicry distinguish its varieties according to what is rather vaguely called function. In this paper, we will investigate whether these classifications can be recuperated from a semiotic point of view, or whether a semiotically valid classification should start from scratch. (shrink)

Space and time have been explained not in terms of physical entities but in terms of practice, that is, based on communication, which includes spacetime code in the A-series, B-series, and E-series. Each code has a unique grammar, and it progresses through boundary operation, i.e., setting the limit and transgressing it, but in each distinct way. The purpose of this paper is to introduce the notion of event matching to elucidate the mechanism of meaning-making through boundary operations. Biological spacetime production (...) is an incessant effort after meaning in the adaptive process, where the dia-metric scale in the E-series necessitates anticipatory (retrocausal) actions in the steps of interaction. This paper suggests that the three terms — event matching, meaning making, and spacetime production — are synonymous with each other in biological worlds. Evidence-based examples are provided to support the arguments. (shrink)

Timing adjustment is an important ability for living organisms. Wild animals need to act at the right moment to catch prey or escape a predator. Land plants, although limited in their movement, need to decide the right time to grow and bloom. Humans also need to decide the right moment for social actions. Although scientists can pinpoint the timing of such behaviors by observation, we know extremely little about how living organisms as actors or players decide when to act – (...) such as the exact moment to dash or pounce. The time measurements of an outsider-observer and the insider-participants are utterly different. We explain how such essential operations of timing adjustment and temporal spanning, both of which constitute a single regulated set, can be carried out among organisms. For this purpose, we have to reexamine the ordinary conception of time. Our specific explanatory tools include the natural movement known as the upbeat (anacrusis) in music, a rhythmic push for the downbeat that follows, which predicts future moves as an anticipatory lead-in. The scheme is situated in and is the extension of our formulation of E-series time, i.e., timing co-adjusted through interaction, which is derived from the semiotic/communicative perspectives. We thereby demonstrate that a prediction-based timing system is not mechanical but communicative and entails meanings for future anticipation. (shrink)