Ferroelectronics Lab

Understanding and utilizing non-volatile properties of materials

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Facilities

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Growth Facilities

  • 2 Neocera PLD vacuum chamber
  • 2 KrF Excimer 248 nm laser for target ablation and PLD growth
  • 2 RHEED systems
  • 2 High temperature tube furnace
  • Custom target prep. (mill, prep, sinter)

Device Development and Modeling

  • COMSOL
  • KLayout

Characterization Facilities

  • Radiant Technologies Ferroelectric tester
  • Lakeshore vibrating sample magnetometer
  • Large field magnetoelectric and magnetic materials and device testing station.
  • Assortment of sourcemeters, nano voltmeters, lockins, arbitrary waveform generators, LCR meters, and oscilloscopes.
  • Department facilities – XRD, PPMS
  • (MC)2 facilities – SEM, TEM, AFM, XPS, APT
  • 2 Probe stations and electronics for electrical testing
  • Vector Magnet
PLD System with RHEED
KrF Excimer Laser (x2)
DC Probe Station
High Frequency Magnetic Probe Station
Atomic Force Microscope
VSM and Megnetotransport Station
Hydraulic Press (x2)
Muffle Furnace (x2)
Device Design and Modeling Station
Wire Bonder
Physical Property Measurment System
Rigaku Smartlab X-Ray Diffraction

News

  • New Publication! “Signatures of quantum spin liquid state and unconventional transport in thin film TbInO3” October 31, 2025
  • Tony Chiang Defends His Thesis, Earning a PhD! Congratulations Tony! August 19, 2025
  • New Publication! Sub-100 Ω/□ sheet resistance of GaN HEMT with ScAlN barrier August 10, 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! “Signatures of quantum spin liquid state and unconventional transport in thin film TbInO3”

October 31, 2025 By Avery-Ryan Ansbro

Tony Chiang Defends His Thesis, Earning a PhD! Congratulations Tony!

August 19, 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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