Non-History Ideas

We propose that the cosmic neutrino background (CνB) — the relic neutrino field permeating the universe at approximately 336 particles per cubic centimetre — accumulates gravitationally around black holes through cosmological clustering in galactic potential wells, producing an enhanced relic neutrino density at black-hole-scale radii.

A collaborative paper between a human journalist and an AI model, written on a Saturday night when both should probably have been doing something more sensible.

Why the origin of life question has the wrong address.

Why the solar system itself rewrites one of astrobiology’s most persistent assumptions.

I propose a novel mechanism by which black hole binaries undergoing episodic accretion — whether driven by orbital eccentricity, outburst instability, or stochastic mass transfer — may produce quasi-periodic, point-source transients at 511 keV, the characteristic signature of electron-positron annihilation.