 Okon and Sudarsky (2017) have in fact recently argued that there is an intimate connection between the Information Loss Paradox and the Measurement Problem in quantum mechanics. Their arguments raise further questions about the Information Loss Paradox. Why are physicists so exercised by the possible violation of unitarity seemingly entailed by black-hole evaporation, when almost all of those self-same physicists do not worry at all about the Measurement Problem of quantum mechanics, and the seeming violations of unitarity that happen every time a measurement is performed? One possible explanation is perhaps best described as “sociological”: most theoreticians, as the ones involved in this debate, never model experiments, and so do not face the Measurement Problem directly in their work. Thus it is generally not an issue that is at the forefront of their thought. Along the same lines, many theoreticians in this area also work in cosmology, in which one considers the “wave function of the universe”, an object that seems not to admit of external observers making measurements on it, and so the issue of collapse does not arise in their work. Perhaps a more intriguing explanation, one not discussed by Okon and Sudarsky, is that the Information Loss Paradox provides an explicit physical mechanism for violations of unitarity. It is perhaps easier to dismiss seeming violations of unitarity during measurements as an artifact of our lack of understanding of quantum mechanics, not as a reflection of what happens in the world. One cannot dismiss the possible violation of unitarity in the Information Loss Paradox with such equanimity: it appears to be an integral, explicit part of a model of the behavior of a physically possible system, with an articulated mechanism for bringing it about. 