MID/QC Applied Substrate Series 19 - Thermal Devices and Coherence Native Heat Routing

Key Points

• This research aims to redefine thermal devices by conceptualizing them as coherence routing mechanisms within a specific framework.
• Analyzed classical thermal models including conduction, convection, and radiation.
• Replaced traditional models with substrate-native mechanisms like gradient smoothing and coherence mobility.
• Interpreted various thermal devices as architectures that sculpt coherence pathways.
• Identified new operational principles for thermal devices like heat pipes and diodes.
• Demonstrated that hybrid devices can effectively couple thermal, acoustic, and optical gradients.
• Proposed new designs that enhance the efficiency of thermal management systems.