Observations hint at dark matter interactions near supermassive black holes, deepening cosmic mystery
Original framing: “Light echoes reveal possible dark matter buildup around supermassive black holes” — Phys.org
The study uses light echoes and gravitational lensing to infer dark matter density near black holes. While the methodology is sound, the interpretation remains speculative and does not rule out alternative explanations such as MOND or other modified gravity models.
The study of dark matter is not just a scientific endeavor but a deeply systemic one, shaped by historical paradigms, institutional power structures, and cultural epistemologies.
By integrating indigenous knowledge systems, alternative gravity models, and cross-cultural perspectives, we can move beyond the limitations of the current paradigm and toward a more holistic understanding of the cosmos. The role of the trickster in this narrative is to challenge the assumption that dark matter must be a particle, opening the door to new ways of seeing and knowing. Future research must be inclusive, interdisciplinary, and open to the possibility that the universe may be more mysterious—and more interconnected—than we currently imagine.