DISCOVERING TRUTHS

Introduction   The term in situ appears frequently in academic literature across many fields. Although its exact meaning varies from discipline to discipline, it generally refers to observing or analyzing a subject or phenomenon in its original place or under conditions close to its actual operating environment.  In other words, in situ seeks to preserve the context in which a phenomenon occurs. Rather than separating the subject from its surroundings or placing it in an ov

SOFCs and MCFCs are being revisited because they fit today’s push for decarbonization and resilient, distributed power—while still leveraging natural gas today and hydrogen later.  Their core advantage comes from high-temperature ion conduction (O²⁻ in SOFCs, CO₃²⁻ in MCFCs), enabling high efficiency, fuel flexibility, and (for MCFCs) potential CO₂-related integration.  The real question now is less “Can they work?” and more “Where do they win?”—cost, durability, uptime, and

Chapter 1. Problem Statement: Meeting Explosive Electricity Demand While Achieving Sustainability  In recent years, the industrial structure of advanced economies has been reorganizing around electricity. Hyperscale data centers for training and running artificial intelligence (AI) models, advanced semiconductor fabs, electrification of transport through electric vehicles, and the expansion of electricity-based industrial processes are all pushing power demand to unprecedente