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Characterization

Enabling worldwide discovery of the structure and chemistry of advanced materials.

Characterization

Enabling worldwide discovery of the structure and chemistry of advanced materials.

  • Materials Science and Engineering Department
  • College of Engineering

News

Aug 12

A tile showing the periodic table information for tungsten, including its atomic symbol (W), number (74) and mass (183.84)

Taking the heat Opens in new window

Tungsten withstands extremely hot temperatures but can crack like glass at room temperature. Carnegie Mellon researchers used AI to narrow down potential alloys to add some stretch to this super metal.

Jul 08

Rahul Panat and a student holding soft robotics in petri dishes

Printing the future of soft robots one microscopic drop at a time Opens in new window

Researchers at Carnegie Mellon University have developed an aerosol jet printing method capable of fabricating highly-detailed and flexible PDMS microstructures for applications in soft robotics, wearable electronics, and biomedical devices.

May 27

Abstract illustration of a glowing energy burst between two microchip-like modules with gold circular pads, against a dark background with flowing neon lines.

A new way to move heat could transform energy and electronics Opens in new window

Engineers have demonstrated a new way to dramatically boost heat transfer at the nanoscale, a breakthrough that could reshape energy systems, electronics cooling, and advanced sensing technologies.

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Carnegie Mellon

Materials Characterization Facility
Carnegie Mellon University
Roberts Engineering Hall
First Floor

Carnegie Mellon
2026 Carnegie Mellon University / Legal 2026 Carnegie Mellon University / Legal