The coronavirus disease 2019 (COVID-19) pandemic thrust health care professionals around the globe to the frontlines to care for those affected by this medical crisis. While many surgical and procedural medical subspecialties experienced drastic declines in patient visits during this time, the demand for psychiatric services was more stable. In response to statewide stay at home orders, third-year residents in the psychiatry outpatient clinic described in this article quickly transitioned to telepsychiatry to continue providing care to their patients. While providing care from home, these residents experienced a number of challenges that serve as important lessons for enhancing competence in telepsychiatry services.

This document provides overall context for the key aspects of the lexicon.

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Electrodynamic tethers can be used to generate power onboard spacecraft orbiting the Earth (or any other planetary body with a magnetic field), essentially "harvesting" energy from the orbital energy of the spacecraft. A key benefit of an electrodynamic tether is the high peak power generation capability for a small impact in spacecraft mass and volume. Reciprocally, the same system can be used to provide orbit-raising propulsion, or change of any other orbital parameter if power is applied to the tether. In this work, the research goal is to develop a better understanding of the power generation capabilities of EDT systems on various scales, and to develop system concepts, key elements, and technology roadmaps for their use. This paper reports on preliminary results for large-to-small, nano-, and picosatellite scales. The results show that EDTs are viable devices for providing power to spacecraft and worthy of further investigation.