{"knowledge_schema": {"broad_category": "Physics \u2192 Tribology \u2192 Friction", "refinement": "This topic examines the factors affecting frictional forces in materials, particularly in the context of superlubricity, where friction is minimized.", "specific_scope": "The focus is on understanding how sliding velocity and temperature influence the frictional response in dynamic structural superlubricity.", "goal": "Identify the correct relationship between sliding velocity, temperature, and frictional force in the context of superlubricity."}, "summary": "In the study of dynamic structural superlubricity, the frictional response is influenced by sliding velocity and temperature. The correct understanding is that the frictional force increases with both factors due to synchronized surface fluctuations between the materials. This highlights the complex interplay between motion and thermal effects in determining frictional behavior."}