Alisson Kwiatkowski da Silva

Alisson Kwiatkowski da Silva is a Researcher in the Department of Microstructure Physics and Alloy Design at the Max Planck Society. Their work focuses on applied thermodynamics, phase transformations, and structural materials with an emphasis on advanced steel alloys and atom probe tomography. Key research themes include sustainable materials processing, microstructural evolution in high-performance alloys, and the interplay between atomic-scale chemistry and mechanical properties.

Research interests span atom probe tomography applications, spinodal decomposition mechanisms, and the design of steels for decarbonization. They investigate phenomena such as interface engineering in iron oxides, anomalous magnetization in martensitic phases, and the role of segregation in phase nucleation. Their work bridges computational modeling (e.g., CALPHAD-based approaches) with experimental characterization to advance materials for energy-efficient manufacturing and additive manufacturing processes.

Recent publications highlight contributions to medium-Mn steels, high-entropy alloys, and the development of AI-driven tools like PDGPT for phase diagram analysis. Their work addresses global challenges in sustainable metallurgy, including circular steel economies and reducing carbon footprints through optimized alloy design.

Alisson has collaborated on projects involving atom probe tomography-assisted kinetic analysis, grain boundary engineering in superalloys, and the thermodynamics of scrap-based metallurgical processes. Their research frequently integrates multi-scale characterization techniques with advanced computational simulations to uncover fundamental mechanisms governing material behavior.