Ferroelectronics Lab

Understanding and utilizing non-volatile properties of materials

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Congratulations to Peter for his Rackham Graduate Student Research grant.

July 9, 2018 By John Heron

Peter received a Rackham Graduate Student Research grant for $3,000 to go towards the purchase of a top-of-the-line isolation system for the AFM. Congratulations!

Filed Under: Awards

Congratulations to Peter A. for receiving SURE funding over the summer

April 2, 2018 By John Heron

Peter will be working in the Ferroelectronics Lab over the summer as part of the Summer Undergraduate Research in Engineering Program (SURE). SURE offers summer research internships to outstanding undergraduate students who have completed their sophomore or junior year. The progam funds the undergraduate student for 10-12 weeks of full-time research. Peter will be working to synthesize ordered antiferromagnetic Tb2Ir2O7 thin films for use in magnetotransport studies.

Filed Under: Awards

Congratulations to Steve and Nguyen for their Rackham Graduate Student Research grants.

April 2, 2018 By John Heron

Steve and Nguyen both received Rackham Graduate Student Research grants for $3,000 each. Steve’s grant will go towards buying a new magnetron sputtering assembly for the lab and Nguyen’s grant was for the purchase of a high voltage amplifier unit for electronic measurements. Congratulations to both of them.

Filed Under: Awards

Peter’s artwork chosen to hang in the MSE department

March 9, 2018 By John Heron


Some of Peter’s artwork submitted to the annual calendar competition was chosen to hang in the hallway of the HH Dow building, home of the UM MSE department. If you are walking through, check it out!

Filed Under: Awards

Peter wins materials science department calendar contest! twice!

December 20, 2017 By John Heron

Two of Peter’s science art images were chosen to go on the materials science department annual calendar. The chosen images show the magnetic structure of entropy stabilized oxides and target ablation during pulsed laser deposition.

A high energy plasma is created through laser ablation to deposit magnetic and ferroelectric oxide thin films. Building materials from the atomic level allows an additional energetic constraint when synthesizing new phases.
The long range antiferromagnetic order of (MgCoNiCuZn)O entropy-stabilized oxide despite significant chemical disorder and magnetic frustration.

Filed Under: Awards

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News

  • New Publication! “Toward Determination of the Critical Breakdown Field in Rutile Sn1-xGexO2 Alloys” March 20, 2026
  • Advanced Science Showcases Work on Their Cover Page November 18, 2025
  • New Publication! “Signatures of quantum spin liquid state and unconventional transport in thin film TbInO3” October 31, 2025

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About

Our research is at the intersection of multiple disciplines, drawing on principles and methodologies from materials science, chemistry, physics, and electrical engineering. Our mission is to pioneer … Read More

News

New Publication! “Toward Determination of the Critical Breakdown Field in Rutile Sn1-xGexO2 Alloys”

March 20, 2026 By Avery-Ryan Ansbro

Advanced Science Showcases Work on Their Cover Page

November 18, 2025 By Avery-Ryan Ansbro

Contact

Ferroelectronics Lab
Address: 2030 H.H. Dow

T: (734) 763-6914
E: jtheron@umich.edu
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