News

  • Excellent Presentation Award – Congrats Stephen!

    Congrats Stephen for winning an Excellent Presentation Award for your presentation “Enhancing Fundamental Understanding of Structure-Property Relationships in Chalcogenide Perovskite Semiconductors with Theoretical and Experimental Studies of Dielectric Response, X-Ray…

  • Welcome Wouter, Tsedey and Katherine!

    A glad welcome to our new lab members, Dr. Wouter Mortelmans, Tsedey Ayele, and Katherine Guo. I’m very happy to have you join the team!

  • New paper on mechanism of ZrS2 native oxide formation

    Our study of native oxide formation on transition metal dichalcogenides continues with this new molecular dynamics investigation of ZrS2. Congrats to Seong Soon and our wonderful collaborators!

  • Paper on Defect Level Switching (DLS) devices published in Physical Review Applied!

    Our paper on Defect Level Switching (DLS) devices has been published in Physical Review Applied – congrats to Allan and our terrific collaborators!

  • Welcome Jiahao!

    Welcome to our newest graduate student, Jiahao Dong! I’m very excited to have Jiahao join the group, to begin work on useful and surprising light-matter interactions in wide-band gap semiconductors.

  • New paper in ACS Nano!

    Our paper on native oxidation of transition metal dichalcogenides just came out in Nano Letters. Congrats to Seong Soon, Akshay, and our many wonderful collaborators!

  • Review paper published in ACS Photonics!

    Our new review paper on refractive uses of layered materials for integrated photonics is now published in ACS Photonics! Congratulations to Akshay, Seong Soon, Yifei, and our fantastic collaborators at…

  • New paper on polarizable semiconductors appears in Phys. Rev. Mat. – Congrats Stephen!

    Our new paper “Discovery of highly polarizable semiconductors BaZrS3 and Ba3Z2S7″ just appeared in Physical Review Materials, where is it is a Rapid Communication and an Editors’ Suggestion”. Congrats to…

  • New course on edX: Thermodynamics of Materials

    We’re happy to announce the launch of a new course on the edX platform: 3.012Tx Thermodynamics of Materials. This is our core undergraduate course in thermodynamics, adapted from 3.012 as…

  • Thermoelasticity at home!

    Student in 3.046 Thermodynamic of Materials in the Spring 2020 term, sent away from campus because of covid-19, making the best of things by demonstrating thermoelasticity at home.