Dr. Brian Iezzi (PHD '22) founded Fibarcode, a technology that embeds machine-readable barcodes into fabrics, from research he conducted as a member of the Shtein Lab.
A graduate of Yale and Harvard, Dr. Pan’s research addresses novel material synthesis methods for optoelectronic functional materials, with an emphasis on materials for quantum computing.
A member of the Li group, Suk's research experimentally measures how the current is distributed among individual particles during the charge and discharge of Li-ion batteries.
Density functional theory is limited by a mystery at its heart: the universal exchange-correlation functional. U-M researchers are trying to uncover it.
'Undercooled: A Materials Education' podcast, hosted by Steve Yalisove and Tim Chambers, was featured in a "podcasts to try" cover story in the September issue of TMS' JOM magazine.
A new method reveals copper selenide’s elusive electrical properties and vibrational patterns, moving towards thermoelectric generators, solid-state batteries or silent fridges.
A new specimen holder gives scientists more control over ultra-cold temperatures, enabling the study of how materials acquire properties useful in quantum computers.
Reaching 98% efficiency in a solid state and 94% in solution, the small fluorescent molecule’s design could cut down development time and cost for future applications.
