David Morris,
Rethinking development: introduction to a special section of phenomenology and the cognitive sciences
Extract:
". . . In general, these passive-machine approaches also made it difficult, during the
rise of modern philosophy and science, to explain organismic development, whether of
individuals or species, leading to debates between those who argued that organisms
must be pre-formed and those who countered that these forms must have their genesis
in processes at work after birth (see, e.g., Richards (2002, 2008), Robert (2004)). This
debate has had long-lasting legacies in developmental and then evolutionary biology
(see, e.g., Amundson (2005)).
In this context, Kant’s analysis of inborn cognitive structure as the bedrock of mind
and the matrix of a subjectivity configured well in advance of the world inaugurated
new approaches—but also opened the way for Jean Piaget’s (e.g., 1973) studies that
show how this structure is in fact inherently developmental and ‘outborn,’ arising out of
our relations to others in the world. Piaget’s work deepens through that of various
developmental psychologists, e.g., Eleanor Gibson (e.g. 1995), Thelen and Smith
(1994), and Alan Fogel (1993), who reveal how cognition is inseparable from devel-
opmental, bodily, social, and ecological/environmental dynamics. Others now connect
our individual development to, for example, apprenticeship learning as a crucial factor
that shapes human evolution (e.g., Sterelny (2012)), or fruitfully compare human
cognitive development to cognitive development in other primates (Ladygina-Kots
et al. 2002; de Waal 2001; Russon and Bard 1996). In short, development is now an
integral part of research on human minds. This is increasingly the case with machine
minds as well. With the rise of deep learning algorithms, it is a good bet that if we were
to succeed in building a machine that exhibited mind-like capacities, it would in fact be
a machine that learns to be what it is.
Phenomenologists have long understood that development is crucial to cognition.
Husserl, for example, quickly learned that descriptive, transcendental or eidetic phe-
nomenology entails an account of the genesis of the structures through which cognition
comes to make sense (see Steinbock (1998) for a helpful introduction). Merleau-Ponty
saw this too, already studying developmental phenomena in his
Phenomenology of
Perception (1962), then giving development detailed attention in his lectures on Child
Psychology and Pedagogy (2011; cf. Welsh 2013), and later seeing that what he calls
institution, the gradual development of new forms of meaning, is key to our experience,
over timescales ranging from biological growth, to maturation, to cultural and historical
development (Merleau-Ponty 2010; cf. Vallier 2005). Other figures such as Henri
Wallon (e.g., 1989) and Albert Michotte (see Thinès et al. 1991) also integrated study
of development into their work on perceptual and cognitive phenomena. More recently,
to give some examples, Eva Simms (1993) has shown how child psychology and
phenomenology have much to learn from one another;
Beatta Stawarska (2003, 2009)
takes up results of developmental psychology as crucial to the phenomenology of
intersubjectivity; and Evan Thompson’s work on integrating mind and life (2007, 2011)
would call for the study of biological and psychological development as integral to
living mind, something we also indicated in the work of Shaun Gallagher (e.g. 2005).
In this current context, then, research in phenomenology and the cognitive sciences
ought pay careful attention to development as crucial to mind and cognition. From a
phenomenological perspective, though, this immediately leads to the question and prob-
lem of how to conceptualize development. And this requires, as Merleau-Ponty urges,
confronting our concept of development with 'the reality it is supposed to designate.' . . . ."