The COVID-19 pandemic provided an opportunity for management scholars to address large-scale and complex societal problems and strive for greater practical and policy impact. A brief overview of the most-cited work on COVID-19 reveals that, compared with their counterparts in other disciplines, leading management journals and professional associations lagged in providing a platform for high-impact research on COVID-19. To help management research play a more active role in responding to similar global challenges in the future, we propose an integrative framework (...) that emphasizes a phenomenon’s impact, the conditions that the phenomenon creates at multiple levels, and the responses of actors to such conditions, as well as the dynamic relationships and interactions among these actors. By shifting attention to phenomena and their overall impact, this framework can help scholars better position their work to address large-scale and complex problems and also to assess research for its contribution to generate impact beyond academia. (shrink)

We discuss the data on the epidemic--where it comes from and how it is presented. We note the limitations of the use of antenatal cli.

The evolution of a single trapped ion exhibiting intermittent fluorescence and dark periods may be described either as a continuous process, using differential rate equations, or discretely, as a Markov process. The latter models the atom as making instantaneous transitions from one energy eigenstate to another, and is open to the objection that superpositions of energy states will form which are not covered by the Markov process. The superposition objection is replied to, and two new mathematical elements, Markov vectors and (...) Markov matrices, are proposed as additions to quantum theory. The paper concludes by attributing the cause of dark periods in the ion's history to instantaneous transitions in the ion itself, rather than to photon detection or other components of measurement. (shrink)