Scientists created virtual replicas of patients’ diseased hearts so precise that blocking a dangerous irregular heartbeat in these digital “twins” showed doctors how to better treat the real thing.

A case study in aerospace manufacturing provides an overview of how physics-informed digital twin systems transform robotics processes—from adaptive process planning and real-time process monitoring ...

Digital twins are virtual replicas of physical systems that learn, simulate, and predict performance and emerging as one of medicine’s most intriguing and controversial frontiers. Once an abstract ...

This presentation discusses how to apply digital twin technology to achieve optimal surface quality for 5‑axis machining ...

Understanding how much of an inhaled drug reaches its site of action within the lung remains a fundamental challenge in respiratory medicine and drug development. Local drug deposition is strongly ...

Digital twins are changing how organizations model, monitor and optimize real-world systems, from factory floors to supply chains and built environments. But while pilot programs can spark early ...

Industrial maintenance has long been plagued by reactive approaches, labor-intensive processes, and wasteful practices. These can result in excessive energy consumption, high carbon emissions, and ...