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The project aims for discovery and further development of a new permanent magnet materials that will compete with the current technologies, i.e., neodymium iron boron (NdFeB) magnets and/or samariu

This project will use systems level modeling and prototyping as means for developing alternatives or substitutes for rare earth elements (REE).

The primary objective of the proposed research is to develop a domestic one-step environmentally-friendly production methodology, which can directly convert neodymium oxide (Nd2O3) into neodymium i

The main goals of this project are develop kg-level production at ambient conditions of anhydrous rare earth fluoride from the recycled rare earth-containing waste streams without any hydrofluoric

This project will develop a novel electrochemical reactor for ‘continuous’ production of neodymium metal from domestic ores.

This project will leverage expertise in materials synthesis, characterization and modeling to realize nanoparticle permanent magnets (NPPM) primarily composed of earth abundant elements (iron and n

The project bridges the gap between discovery and synthesis of bulk permanent magnets through microstructure design.

The goal of this project is to develop an economical and environmentally sustainable protein-based process for rare earth element (REE) separation from electronic waste (E-waste).

This project seeks to develop an electrochemical path to effectively substitute or reduce chemically intensive recycling methods currently applied for the recovery of cadmium (Cd) and tellurium (Te