The KLI Labs provide an experimental space for alternative formats such as dissussion platforms, practice talks, feedback rounds for manuscript drafts, reading clubs, etc.
The emergence of the new biological subdisciplines of biocomplexity and bioinformatics at the end of the twentieth century marks the continuing attempt to provide a new potentially unifying framework for biology based on concepts of information. Informational thinking first entered biology through neurobiology in the 1920s; it entered genetics, developmental biology and evolution in the 1950s. It was central to the formation of molecular biology as a discipline with an epistemological framework identifiably different from predecessors such as biochemistry. “Information“ lies at the basis of the views of morphogenesis based on the idea of a genetic or developmental program. In recent years even ecological complexity has been characterized informationally. With the completion of several genome sequences “information“ has come to have a dual aspect: following the long-standing practice of molecular biology, DNA sequences have been interpreted as carriers of biological information; and new techniques have had to be developed to attempt to make sense of the astronomical quantities of information (qua sequences as strings of symbols) that have emerged from sequencing projects. In spite of such ubiquitous use of informational thinking in biology, the concepts of information that have been invoked have remained murky, and their use controversial. In recent years some theoretical biologists and philosophers have challenged the informational framework as being no more than a metaphor that masquerades as a theoretical entity; others have argued even more strongly for the centrality of information in biology. This workshop is designed to explore these issues, as they are formulated today, as well as how they have been articulated in different contexts during the last century. This workshop will bring together biologists with philosophers of science who have specialized in the conceptual and mathematical foundations of biology.