Drexel turns MXene into nanoscrolls in a push to make 2D nanomaterials more usable

Researchers at Drexel University say they have developed a scalable method for turning MXene, a conductive 2D nanomaterial, into nanoscrolls that could improve ion transport in batteries, sensors and wearable devices. The work, reported March 31, 2026, in Advanced Materials, also suggests a route to more accessible, room-temperature processing of flexible conductive films.

By |2026-04-17T01:47:49+00:00April 17th, 2026|News|

MXene method delivers 160-fold conductivity jump in a tightly ordered 2D material

Researchers reported a new MXene synthesis route that produced a highly ordered, chlorine-terminated 2D material with conductivity 160 times higher than conventionally made versions, a step that could broaden the material’s use in electronics, shielding and energy devices.

By |2026-04-14T01:34:12+00:00April 14th, 2026|News|
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