Dark Matter and Space Detectors: Unveiling the Rule (B)+(F)=Nf The Problem is in the Detector, Not in the Universe

In recent decades, a pivotal question has dominated cosmic physics: What is dark matter, which constitutes approximately 85% of the universe's mass according to prevailing theoretical models? Tremendous efforts have been made, vast budgets allocated, and sophisticated space detectors designed such as the Fermi Large Area Telescope (Fermi-LAT) and the DAMPE spectrometer to search for an answer. An excess of gamma rays from the galactic center has been measured, the gigantic Fermi bubbles have been observed, and an unexpected ratio of positrons in cosmic rays has been recorded. Each time, the most common interpretation was: Perhaps this is the effect of dark matter. But the question physicists have not asked themselves is: What if the problem is not in the universe, but in the detector? This research comes to provide a radical and different answer. Based on the (B)+(F)=Nf framework, which deconstructs the relationship between raw physical existence (B), consciousness as internal sovereignty and witness (F), and the resulting cognitive and narrative effect (Nf), we will prove that what we call dark matter is not a physical entity existing in the universe, but rather an epistemological shadow a shadow cast by our detectors and theoretical models on the wall of our perception. In this research, we will present the golden rule extracted from the analysis of experimental and theoretical research, which states that the problem is in the detector, not in the universe. We will provide evidence for this through four main axes: the observer problem in quantum mechanics (dialogue with Nyman), the problem of time flow (dialogue with Gołosz), the problem of dark matter and dark energy (dialogue with Li et al.), and the observational results of the DAMPE and Fermi-LAT experiments. We will conclude the research with a philosophical reading of the meaning of our darkness and why the universe needs consciousness to give it meaning.