This repository contains the data and the code used in the paper "Percolative supercurrent in superconductor--ferromagnetic-insulator bilayers"

Weidenmuller S-matrix approach to a quantum many-body mesoscopic system with tunneling and Andreev phenomena to plot the differential conductance, following Beenakker's random matrix theory.

We propose the existence of a fundamental mass scale, M c ≈ 5.3 × 10 − 16 kg, where quantum unitarity is spontaneously violated due to interaction with the cosmological acceleration horizon.

We derive a fundamental limit on the mass of objects capable of sustaining spatial superpositions, based on the Bekenstein entropy bound and the holographic principle.

A fundamental mass scale where quantum unitarity spontaneously breaks down due to interaction with the cosmological acceleration horizon.

To simulate and validate the existence of a universal critical mass scale ( M c ) where quantum superpositions naturally collapse due to entropic gravity / information horizon fluctuations.