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Simulations of the radio emission from extensive air showers have been key inestablishing radio detection as a mature and competitive technique. Inparticular, microscopic Monte Carlo simulations have proven to very accuratelydescribe the emission physics and are at the heart of practically all analysisapproaches. Yet with new applications -- for example very inclined air showers,cross-media showers, extreme antenna densities, and higher-frequencymeasurements -- come new challenges for accurate and efficient simulations. Iwill review the state of the art of the existing simulation approaches anddiscuss where further improvements might be needed and how they can beachieved.

Air-Shower Radio Simulations -- Where we stand and where we go