Unveiling the Dynamics of Entanglement Swapping and Generation in Time: Correlations, Dual Basis Measurements, and Genuine Entanglement Detection. This set of Jupyter notebooks presents a comprehensive investigation into entanglement swapping and the generation of entanglement in time. The notebooks encompass both classical simulations and experimental results conducted on physical quantum hardware. ES0a and ES0b explore the correlation of measurements in the computational and dual bases, respectively, shedding light on the intricacies of entanglement swapping. ES0c focuses on the detection of genuine entanglement using a Bell measurement circuit. Additionally, the notebooks ET0a and ET0b delve into the correlation of measurements in the computational and dual bases when generating entanglement in time. Finally, ET0c provides insights into the detection of genuine entanglement through the employment of a dedicated Bell measurement circuit. Together, these notebooks offer valuable insights and findings in the realm of entanglement dynamics, spanning both theoretical simulations and experimental investigations on physical quantum hardware.