LoE–Newman Probe: Relational Quantum Signalling, Disappearing Stars and the Non–Spontaneous Nature of Aviation Anomalies

We propose a Logic of Existence (LoE) model for interstellar exploration and communication based on self-replicating Newman probes equipped with quantum- or relationalsignalling channels. The central idea is that advanced civilizations do not waste energy on
galaxy-scale beacons aimed at primitive listeners, but instead dispatch autonomous probes
to biosignature planets and synchronize information through highly compressed, low-entropy
channels (e.g. entanglement-assisted signalling, or more general relational modulation). We
formulate a minimal Hamiltonian model for such a probe–home system, estimate achievable
information rates (kilobytes from finite entangled resources), and argue that present-day
human technology is already close to the engineering threshold required to launch such a
system—but we lack a coherent global vector and instead dissipate resources in intra-species
conflict. Finally, we connect this framework to aviation anomalies: if space-time were “spontaneously glitching”, anomalies would occur at all scales, from quarks to stars. The fact that
they appear as rare, structured, macroscopic events strongly suggests they are induced relational perturbations—consistent with the passage or operation of relativistic or non-inertial
craft in our local relational field, rather than failures of physics itself.