Recent research sheds light on the dynamics of human crowds, identifying that at high densities, collective oscillations form which can lead to dangerous crowd crush situations. These oscillations manifest as orbital waves moving through the crowd at 18-second intervals, with significant implications for crowd management and safety. Real-time monitoring of these movements offers the potential to anticipate and mitigate such hazards, providing crucial time for individuals to escape in critical situations. This understanding not only serves as an academic insight but also presents practical applications in public safety and event management.