In this talk, I will introduce history, a novel tool for predicting fully-differential cross sections at NNLO QCD precision using the Nested Soft-Collinear Subtraction scheme. I will provide an overview of the underlying subtraction method and explore its first physical application. Specifically, I will demonstrate how history opens new opportunities for studying associated VH production, commonly known as Higgs-Strahlung. This process is one of the primary Higgs boson production modes at the LHC, offering a crucial avenue for testing the Standard Model and probing potential beyond-the-Standard-Model (BSM) physics. In particular, the gluon-induced Higgs-Strahlung channel is sensitive to a broad range of BSM scenarios. With the capabilities of history, it becomes possible to construct an observable that could enable the detection of BSM effects in this channel in the near future.
