Not sensationalized at all. This simulation only shows multi micron sized droplets that only remain airborne for 15_20 minutes it does not show the sub micron aerosolized particles that are also infectious that stay in the air for an average of 3 hours. That will spread over the entire area and linger long after the infected leaves. With airborne virus the important metric is critical threshold of infection if you inhale viron particles in a concentration above this level you will get infected. There are three peer reviewed studies detailing this aspect of the SARS COVID 2 virus google scholar will gladly link one to it. For those wondering I am a professional scientist I do plume studies and environmental management for the oil and gas industry. This kind of modelling is my daily bread and butter nothing I saw in the background reporting shows error in this plume study and yes that’s a professional opinion. I hold 5 degrees in pure sciences three of them in earth and atmospheric sciences and two in geological sciences at the master’s or above. This bug is spreading via the air we breath particularly in closed spaces. NYC is a perfect example subway cars are the perfect means to have trapped air and people all sharing it for extended periods of time.
Seriously? They have a man openly sneezing and position the receiver in the center of the second isle, leaving everyone else alone. and so it seems like the cloud specifically "targets" the man for about 8 seconds. Is that the way ventilation works?