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Abstract Characterizing how materials respond to energetic-particle irradiation is fundamental to a wide range of semiconductor processes. However, the deceleration of energetic particles in solids remains an active area of research due to the complex nature of energy exchange between ionic and electronic systems. Recently, the advent of two-temperature molecular dynamics models has enabled more realistic simulations of this highly anisotropic deceleration process.
NEWS AND VIEWS 23 July 2025 Lasers have been used to heat solid gold well beyond its melting temperature without losing the metal’s crystalline structure — exceeding a theoretical superheating limit. A cup of distilled water can sometimes be heated in a microwave for a long time without boiling, only to erupt explosively when the water is disturbed.
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