Temporal and Spatial Correlations in the Cosmic Background Radiation with ALMA: A New Perspective on Cosmological Anomalies and Alternative Theories of Gravity

The large-scale anomalies observed in the cosmic background radiation (CMB),such as dipolar asymmetry and the directional preference known as the "axis of evil", challengethe predictions of the Lambda-CDM cosmological model. This article proposes ainnovative experiment that uses the ALMA radio telescope to study correlationsspatial and temporal in the CMB, looking for traces of primordial entanglementand space-time deformations linked to the so-called "entropic hysteresis". Therediscovery of primordial entangled particles would represent a significant breakthroughin our understanding of quantum physics and cosmology. If you confirm,these correlations could support alternative gravitational theories, such as theModified Newtonian Dynamics (MOND) and entropic gravity. Integration withdata from the South Pole Telescope (SPT) and the Planck satellite would increase the significanceresults statistics. Interdisciplinary collaboration and the development ofadvanced data analysis methodologies strengthen the potential impact of research,offering new perspectives on the nature of gravity and fundamental interactions.