LHCb: Results, Status & Prospects The LHCb detector was designed to be the dedicated heavy-flavor physics experiment at the LHC, and has been the world's premier lab for studying processes where the net quark content changes for several years. These studies permit observing virtual contributions from beyond the SM particles up to very high mass scales, potentially (greatly) exceeding the direct reach of the LHC. I will summarize the constraints placed on high-mass BSM physics by such studies, and also highlight a few interesting anomalies. The LHCb physics program expanded during Run 1 to include exotic QCD spectroscopy, low-mass direct BSM searches, high-pt and heavy-ion physics. I will also discuss a selection of non-flavor-physics results from Run 1, including the observation of tetraquark and pentaquark candidates and novel probes of proton PDFs using heavy-flavor jet and top quark production.