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"Chaffee, Joel"
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Atomic and molecular structure
Learn about the atom, what it is, the people responsible for helping us understand it, and how it affects us in the world today.
Book
Period movement for actors : the Restoration era, the Victorian era with audio description
This video teaches actors how to perform movements in plays for the Restoration and Victorian eras. It features movement coach Judith Chaffee, who leads student actors through a workshop in period movement, offers a Restoration warm up, and critiques students as they perform movements common to the Restoration and Victorian eras.
Streaming Video
Period Movement for Actors with Judith Chaffee
This video teaches actors how to perform movements in plays for the Restoration and Victorian eras. It features movement coach Judith Chaffee, who leads student actors through a workshop in period movement, offers a Restoration warm up, and critiques students as they perform movements common to the Restoration and Victorian eras.
Streaming Video
The Pandemic Influenza Policy Model: A Planning Tool for Military Public Health Officials
The Pandemic Influenza Policy Model (PIPM) is a collaborative computer modeling effort between the U.S. Department of Defense (DoD) and the Johns Hopkins University Applied Physics Laboratory. Many helpful computer simulations exist for examining the propagation of pandemic influenza in civilian populations. We believe the mission-oriented nature and structured social composition of military installations may result in pandemic influenza intervention strategies that differ from those recommended for civilian populations. Intervention strategies may differ between military bases because of differences in mission, location, or composition of the population at risk. The PIPM is a web-accessible, user-configurable, installation-specific disease model allowing military planners to evaluate various intervention strategies. Innovations in the PIPM include expanding on the mathematics of prior stochastic models, using military-specific social network epidemiology, utilization of DoD personnel databases to more accurately characterize the population at risk, and the incorporation of possible interventions, e.g., pneumococcal vaccine, not examined in previous models.
Journal Article
