2022 MRS Fellows

For foundational understanding of the mechanics of metallic thin films and bio minerals that improve reliability of everyday products, and leadership that maximizes MRS’ impact to the community

For advancing the knowledge of materials chemistry through elucidation of the basic principles underlying light‐induced chargetransfer processes at heterogeneous interfaces, from quantumconfined semiconductors, to metallic nanoparticles, and to their hybrids

For the formation and characterization of novel electronic materials and interfaces

For leading work in the frontier of advanced materials for soft electronics and energy devices in human‐machine interface, and advocating innovation for all and promoting STEM through experiential learning

For seminal contributions to understanding fatigue and fracture of structural materials, pioneering work on bulk metallic glasses and high entropy alloys, and dedicated service to the materials community

For pioneering research in GaN and other nitride semiconductors and the development of innovated growth methods or visible and UV LEDs, which have been adopted by industry

For pioneering development on multiscale and multimodal Raman, x‐ray and neutron imaging and spectroscopic techniques leading to materials discovery and innovation in rechargeable batteries and energy conversion devices

For pioneering use of laser thin film and additive manufacturing methods to develop novel micro‐ and nano‐structured coatings and biomedical structures for tissue engineering scaffolds, drug delivery devices and sensors

For fundamental studies in linking materials microstructure to electronic, optical and electrochemical properties for transistor, solar and bioelectronic sensor applications

For foundational work in the fields of solid‐state chemistry and electrochemistry leading to the in‐depth understanding of multiple key materials, systems, and mechanisms, and training new generations of scientists

For outstanding contributions to semiconductor nanomaterials synthesis, fundamental understanding of light‐matter interactions at nanoscale and devices for photonics, optoelectronics and polaritonics

For seminal contributions to the synthesis and fundamental understanding of new multifunctional polymer nanomaterials with novel physical properties, and their significant applications in advancing energy, sustainability and environmental technologies