Understanding phenomena such as solid-phase stability, nucleation, interfacial physics, activity coefficients, solubilities, phase diagrams, reaction paths and rates, and drug design often involves calculating free-energy differences between two or more…

Modern propulsion systems operate under extreme thermodynamic, chemical, and fluid-dynamic conditions that strain both modeling capabilities and experimental access. Across next-generation aero-engines, gas turbines, rocket propulsion, and emerging hypersonic platforms,…

Advances in bioengineering are driving the development of innovative technologies that support surgical procedures and improve postoperative patient management. Novel sensing platforms and control algorithms, imaging techniques, digital twins, smart…

This Festschrift honors R. J. Dwayne Miller for his transformative contributions to ultrafast science and his decades of pioneering research into molecular and structural dynamics. Through seminal advances in Raman,…

Diamond possesses ultrahigh thermal conductivity alongside exceptional electronic properties, making it uniquely positioned to overcome the severe thermal management bottlenecks in next-generation electronics. This Special Topic highlights recent advances spanning…