Re‐conceiving information studies: a quantum approach

Purpose – This paper aims to demonstrate that fundamental aspects of quantum theory can be applied to work in information studies (IS). Design/methodology/approach – The field of information studies is so broad and extensive that it requires similar breadth of epistemic and methodological features in order to fulfill its inherent promise as a human enterprise. Quantum theory holds promise as a way to shape questions and inquiry in information studies (IS). Findings – The revolutionary elements of quantum theory, such as entanglement, nonlocality, etc. can be applied to information, especially language‐based communication. Research limitations/implications – Perhaps most especially, the non‐ or extra‐mathematical components of quantum theory offer ontological and epistemic modes of thought which apply to information. Those modes of thought are ripe with conceptual promise for examination of, for example, information as objective entity and as complex material substance. This paper explores some of the potentially promising ways to explore information as a complex phenomenon. Originality/value – While some work in IS has considered quantum phenomena, there has not been a thorough investigation of the theory's application to inquiry in IS.