The Kioupakis Group
Computational Materials Physics & Discovery
What We Do
Our group develops and applies high-performance first-principles computational methods to study the properties of functional materials. Our goal is to understand and predictively model the properties of materials for electronic, optoelectronic, and magnetic devices.
Who We Are
We come from a variety of backgrounds, including Materials Science, Physics, Chemistry, and Engineering. Students pursue degrees in Materials Science & Engineering, Applied Physics, and Electrical Engineering and joint degrees in Scientific Computing as well as graduate certificate programs offered by the Rackham Graduate School.
Where We Are
We are located in the Materials Science & Engineering department of the University of Michigan, Ann Arbor. Our proximity to experimental groups with access to state-of-the-art facilities at the College of Engineering puts us at the forefront of cutting-edge collaborations.
August 2021. Two articles from the group are featured on journal covers. The work by Nocona and Kelsey on the Effect of stacking orientation on the electronic and optical properties of polar 2D III-nitride bilayers (in collaboration with Dr. Mingfei Zhang and Prof. Liang Qi at the University of Michigan) is featured on a supplementary cover of the Journal of Physical Chemistry C. In addition, Nocona's work on the Phonon- and defect-limited electron and hole mobility of diamond and cubic boron nitride is featured on the cover of Applied Physics Letters. Congratulations to all coauthors, and to Woncheol for creating the beautiful graphics!
August 2021. Nick wins a Graduate Fellowship from the MICDE Institute. Congratulations!
July 2021. Congratulations to Sieun, Kelsey, Kyle, Jihang, Nocona, and Zihao for their Perspective article on the Predictive Discovery of Ambipolarly Dopable Ultra-Wide-Band-Gap Semiconductors: the Case of Rutile GeO2 that was published as an Editor's pick in Applied Physics Letters. This work was performed in collaboration with Profs. John Heron, Pierre F. P. Poudeu, and Zetian Mi at the University of Michigan, and Dr. Hanjong Paik at the Cornell PARADIM Facility
June 2021. Manos coorganizes the 2021 Virtual School on Electron-Phonon Physics and the EPW code. Thanks to Kyle and Xiao for helping with the hands-on exercises on phonon-assisted optics. Here you can find the school notes and lecture recordings.
May 2021. Congratulations to Zihao for his paper on the semiconducting nature and unintentional dopants in LaN, which was published in AIP Advances.
May 2021. Congratulations to Nocona for successfully defending his thesis!
April 2021. Congratulations to Sieun and Jihang for their collaborative publication on high-entropy oxide memristors in Advanced Electronic Materials, in collaboration with the groups of Profs. John Heron, Wei Lu, and Jamie Phillips.
March 2021. Manos presents an on-line seminar at the Berlin-based Leibniz-ScienceCampus "GraFOx" on Oxide electronics.
March 2021. The group presented talks at the APS March Meeting. Manos gave an invited talk on the Computational Discovery of Ultra-Wide-Band-Gap Semiconductors. Contributed talks were presented by Kyle, Nocona, Woncheol, Xiao, Nick, Zihao, and Sieun.
February 2021. Our collaborative project on artificial photosynthesis lead by Prof. Zetian Mi is awarded a MURI project by the Department of Defense.
January 2021. Manos presents invited talks at the 2nd Berkeley Excited States Conference (BESC2021) and at the Electronic Materials and Applications (EMA2021) Conference.
December 2020. Congratulations to Nick and Zihao for their Applied Physics Letters article on the mobility of AlGaN.
November 2020. Congratulations to Kyle, Kelsey, and Sieun for their Applied Physics Letters article on their computational discovery of high electron and hole mobility in rutile GeO2.
September 2020. Two papers from our group are listed among the "Top Cited Research in Semiconductors" published in Applied Physics Letters:
Band structure and carrier effective masses of boron arsenide: Effects of quasiparticle and spin-orbit coupling corrections, by Kyle Bushick, Kelsey Mengle, Nocona Sanders, and E. Kioupakis, Appl. Phys. Lett. 114, 022101 (2019); https://doi.org/10.1063/1.5062845
Point defects and dopants of boron arsenide from first-principles calculations: Donor compensation and doping asymmetry, by S. Chae, K. Mengle, J. T. Heron, and E. Kioupakis, Appl. Phys. Lett. 113, 212101 (2018); https://doi.org/10.1063/1.5062267
September 2020. Congratulations to Sieun, Kelsey, and Nocona for their Applied Physics Letters article on the thermal conductivity of rutile GeO2, in collaboration with the Heron and Poudeu groups.
August 2020. Emily and Matt joined the group. Welcome!
July 2020. Congratulations to Zihao, Logan, and Guangsha for their Chemistry of Materials article and supplementary cover on high-entropy chalcogenides, in collaboration with the Poudeu group. Full story.
April 2020. The presentations for the cancelled APS March Meeting are available on The Bulletin of the APS. Xiao, Nocona, Zihao, Woncheol, Sieun & Kyle planned to present.
April 2020. Congrats to Kyle and Kelsey, whose work on the optical properties of cubic boron arsenide has been published in APL
January 2020. Congrats to Kyle, Sieun, and Zihao for publishing their work on boron arsenide heterostructures in npj Computational Materials
January 2020. Welcome to Dr. Xiao Zhang who is joining us as a post-doc! Xiao graduated with a Ph.D. in Mechanical Engineering from the Schleife group at UIUC.
December 2019. Congrats to Kelsey for winning the Richard and Eleanor Towner Prize for Outstanding PhD Research. She was one of three college of engineering students to win this prestigious designation.