Solid-state methods for ceramic metallization: Unlocking structural complexity, quantum effects, and multifunctionality

doi:10.1016/j.mattod.2025.06.007

Solid-state methods for ceramic metallization: Unlocking structural complexity, quantum effects, and multifunctionality

2025-06-13

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DOI：10.1016/j.mattod.2025.06.007

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Abstract

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• Solid-state metallization of ceramics via milling shots and billets. • Formation of structurally complex, integrated metal-ceramic systems. • Coatings impart conductivity and magnetism to insulating ceramics. • Exceptional adhesion ensures mechanical integrity under deformation. • Weak localization and negative magnetoresistance reveal quantum transport phenomena.

Keywords:

solid-state metallization

metal-ceramic systems

conductivity

magnetism

quantum transport

Solid-state methods for ceramic metallization: Unlocking structural complexity, quantum effects, and multifunctionality

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