Гипотетический Экситонный резонансно-каскадный генератор на основе кремния. Расчет и Моделирование с помощью диалогового ИИ.

Simulated by an AI dialogue model Description for Zenodo publication Title: Exciton Resonant‑Cascade Generator Based on Silicon: Design, Operating Principles and Energy Conversion Efficiency Abstract This work presents a novel concept of an exciton resonant‑cascade generator based on silicon, designed to achieve super‑unit efficiency through a combination of quantum and wave coherence, cascade multiplication and resonant amplification mechanisms. The system enables output energy to exceed input energy by leveraging advanced physical processes in a tailored multilayer heterostructure. System Objective The primary goal is to create an exciton crystal where: output energy exceeds input energy via cascade multiplication and resonant enhancement; quantum and wave coherence are utilised to boost energy conversion; tunnelling is applied to improve resonant properties and synchronise exciton dynamics.