Do Black Holes Actually Exist ?

Black holes are commonly presented as among the most rmly established en- tities of modern astrophysics. Their existence is frequently treated as an obser- vational fact supported by gravitational-wave detections, stellar orbital dynamics, high-energy astrophysical sources, and Event Horizon Telescope images. However, a fundamental distinction is rarely examined in detail: the distinction between what has been directly observed and what has been inferred through theoretical recon- struction. In this work we revisit the black hole question from a methodological perspective. Rather than assuming the existence of black holes as a starting point, we investigate whether current observational evidence uniquely demonstrates the physical existence of black holes as ontological objects possessing event horizons and singularities. We analyze the logical chain connecting raw observations to theoretical interpretation and show that modern astrophysics often relies on a sequence of model-dependent inferences in which signals, detector outputs, and statistical reconstructions are progressively transformed into physical objects. We further place the black hole problem within a broader historical and method- ological context. Similar inferential mechanisms have appeared in multiple areas of contemporary physics, including dark matter, dark energy, Planet Nine, and collider-based particle reconstruction. Particular attention is devoted to the distinc- tion between observed events and inferred entities, and to the tendency of modern scientic practice to elevate successful explanatory models into claims of established physical existence. The objective of this paper is not to demonstrate that black holes do not exist. Rather, it is to determine whether their existence has actually been demonstrated. We show that current observations establish the existence of compact gravitational sources and reproducible astrophysical signals, but that the transition from these observations to the existence of black holes as physical objects remains dependent upon theoretical assumptions that are frequently left implicit. The central question therefore remains open: do current observations uniquely imply the existence of black holes, or do they merely establish the existence of phenomena that are presently interpreted through the black hole paradigm? All arguments presented in this work are based on publicly available observa- tional evidence, the logical structure of scientic inference, and the distinction be- tween direct observation and model-dependent reconstruction. No appeal is made 1 to alternative cosmological assumptions, parameter tting procedures, or externally introduced ontological commitments.