Ayurveda is a valuable legacy bequeathed to us by ancient Indian sage-physicians. The present paper discusses the epistemology of this ancient science and the misconceptions surrounding it. Diligent research, both theoretical and experimental, in the twentieth century could have ensured the graduation of this proto-science into a full-fledged science. Instead, epistemological misconceptions and intellectual sloth have thwarted its refinement and progress. The paper appeals for an epistemological break that would facilitate an evidence-based appraisal of Ayurveda’s theories and practices. Such an appraisal would help realise Ayurveda’s full potential in serving India’s healthcare needs, especially at the level of primary care.

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This study examines the performance of a modular multi level converter with a half bridge sub-module (HBSM)-based seven level distribution static synchronous compensator (MMC-DSTATCOM) in low voltage micro grids under unbalanced and flawed system conditions. For MMC- DSTATCOM, the phase angle control algorithm served as the outside control and the phase shift carrier PWM served as the interior control with capacitor balanced control. The effectiveness of MMC-DSTATCOM is investigated in MATLAB/Simulink for a number of simulations, including reactive power compensation, unbalanced, and defective grid scenarios.

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