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“I would point here to the profound ongoing change in biological knowledge that can be observed in the last decades. This paradigmatic change is rocking the fundamentals of evolutionary biology, in particular. Instead of taking genetic mutations and natural selection as the major factors causing the observable changes in the world of life, an alternative explanation assigns a key role to the activity of living agents, notably to the choices that the organisms make based on the meanings assigned by them. This new theoretical biology is a semiotic biology, and it finds some formulations of its principles – or hints to these – in the works of Jakob von Uexküll.”¹
“A synonym for meaning-making is semiosis. The central event of semiosis is interpretation. ‘Demonstrating that an empirically realistic simple molecular system can exhibit interpretive properties is the critical first step toward a scientific biosemiotic theory,’ says Terrence Deacon (2015, 310). Interpretation is, by definition, a nondeterministic process – it includes the choice between distinct possibilities, between options. Thus, one needs to identify a molecular (physiological) system that itself can choose. Choice assumes the simultaneous existence of possibilities. Simultaneity that can still embed a process needs to have an extension. Thus, what is to be demonstrated is no less than the origin of the phenomenal present – certainly a ‘hard problem.’ This, as it turns out, is at the same time the problem of free choice. To approach this problem, the proper vantage point for its analysis and solution is obviously semiotics, and particularly biosemiotics, for the biosemiotics’ field of study explicitly includes the simple – and the simplest – mechanisms of meaning-making or semiosis – the primary emergence of sign relations and subjectivity.”²
“Meaning-making requires the simultaneity of options. This is what makes interpretation – as a choice between possibilities – fundamentally different from both deterministic and stochastic interactions. Simultaneity assumes the present. This is an essential element for acquiring relations as well as for the emergence of meaning – or for the irreducibility of sign relations in the sense of Peirce. As Sharov (2013, 343) remarks, ‘[t]he hallmark of mind is a holistic perception of objects, which is not reducible to individual features or signals.’ Indeed, the phenomenal present is the same as the capacity to perceive something simultaneously, that is to say, as a whole.”³
“The main point we aimed to emphasize in this analysis is the importance of the inclusion of the aspect of time in the interpretation of the functional circle as the meaning-making mechanism. It is arguably insufficient to describe a functional circle as a cyclic sequence of processes, and a better description would point to it also as a momentary circle. For a functional circle to be capable of meaning-making, it should, in fact, include the process of interpretation, which entails choosing between options. This has meaningful consequences. First, it means that the functional circle is a key component of agency. Second, options can exist only simultaneously, in the present. The present is itself the feature that characterizes the subjective realm. So understood, the functional circle can be taken as the basic mechanism that creates the subjective time. The present moment turns out to be the fundamental basis of semiosis and of the Umwelt. Semiosis (sign process or meaning-making or interpretation) and Umwelt emerge together, a functional circle that includes the conflict between codes as its mechanism.”⁴
Biophilosophy is not a new field. Throughout the 20th century, numerous thinkers in Europe, North America, and beyond developed frameworks that diverged from the materialist and mechanistic assumptions of mainstream biology. These include George Canguilhem, Hans Jonas, Jakob von Uexküll, Gilbert Simondon, Adolf Portmann, Raymond Ruyer, Henri Bergson, Alfred North Whitehead, and many others. Their contributions remain underappreciated in dominant discourse yet offer essential insights into the metaphysical, epistemological, and ethical dimensions of life.
Beyond Western traditions, non-Western approaches—Buddhist, Taoist, Hindu, and Indigenous conceptions of life—provide profound impulses for thinking about evolution, biological organization and the living world in general on the basis of new ethical and ontological assumptions. These perspectives share affinities with process-relational approaches to biology, emphasizing interdependence, dynamic emergence, and the participatory nature of life. Our goal is to facilitate dialogue across these traditions, forging a truly Global Biophilosophy.