The Nature of JWST Little Red Dots: Heavy Seeds from the SV0 Quantum Bounce and Early Cosmological Coupling

Abstract:The James Webb Space Telescope (JWST) has discovered a mysterious population of compact, highly red objects at redshifts z ≈ 4-8, known as "Little Red Dots" (LRDs). Their V-shaped spectral energy distributions (SEDs) and broad Balmer emission lines suggest an extreme population of overmassive black holes or dense star clusters, challenging standard galaxy formation models. In this paper (Paper LV of the SV0 series), we propose that LRDs are the direct descendants of the SV0 quantum bounce. Specifically, we identify LRDs as Heavy Black Hole Seeds formed by the resonance in the primordial power spectrum (Paper XXVIII). These seeds bypass the standard Eddington-limited accretion phase, instead growing through the SV0 cosmological coupling mechanism (Paper XL). We show that the V-shaped SED is a natural consequence of the dense gas and UIF (Universal Information Field) surrounding the nascent wormhole throat. This model explains both the anomalously high black hole masses and the unique red colors of the LRDs, providing a decisive test of the SV0 framework.