2024 MRS Fellows

For seminal contributions leading to the understanding of the morphology of organic thin films and its implications on organic electronic device performance

For pioneering work in metal additive manufacturing for biomedical and other applications, and for instruction and mentoring of an inclusive research group in materials science and advanced manufacturing

For pioneering contributions to materials modeling, and for broader contributions to the materials community that include studies that helped shape major research directions in the U.S.

For outstanding contributions to thermodynamics of disordered ceramics and alloys, material genome initiatives, and for creating first-class density functional theory database and software leading to effective material discovery

For pioneering contributions to the science of light-harvesting materials, including metal-halide perovskites, pi-conjugated molecules, biomimetic systems, and nanostructured semiconductors

For pioneering contributions to understanding the synthesis and mechanical response of novel nanofoams and nano-twinned materials, and for leadership and commitment to materials education and the materials community

For pioneering contributions to the physics and chemistry of emerging materials constructed from colloidal nanocrystals and organic-inorganic hybrid perovskites and to their integration in electronic, optical, and optoelectronic devices

For seminal contributions to the science of ferroelectric and multiferroic thin film materials

For outstanding and innovative contributions in the field of chemical processing of advanced materials for electrochemical and biomedical applications

For work developing quantitative imaging and analysis techniques for nanoscale functional heterostructures, in particular those with magnetic properties, and leadership in teaching, mentoring and fostering diversity in materials science

For developing pioneering experimental methods and a statistical methodology to quantify and correlate interface crystallography, energy and properties in crystalline materials

For leadership in nanomaterials synthesis and characterization, in particular multifunctional materials and their integration in optoelectronic devices, and for sustained international efforts in service, mentoring and outreach

For cutting-edge materials science and engineering research contributions through leadership in advancing microelectronics packaging, 3D microsystems integration, concentrating solar technologies and dedicated, impactful MRS service

For leadership in development of combinatorial and high-throughput methodology and incorporation of machine learning for exploration and discovery of new functional materials; and for invention and development of elastocaloric cooling

For innovation in synthesis of nanomaterials; contributions to the field of nanoparticle self-assembly; and pioneering research in nanocrystal devices