Interfaces and Transport Phenomena in Materials Under Extreme Conditions

Key Points

• The research aims to explore how traditional transport theories fail under extreme conditions, focusing on interface influences.
• Analyzes behavior of materials at atomic scale and ultra-fast conditions
• Critiques classical transport theory and local equilibrium approximations
• Investigates effects of high power density on material interfaces
• Finds that traditional theories do not accurately predict behavior under extreme conditions
• Highlights significant interface effects that govern system behavior
• Suggests the need for revised theoretical frameworks for extreme environments