This symposium focuses on recent advances and developments in perovskite-based (including metal halide, chalcogenide, and oxide) semiconductors and microelectronics and their synthesis and fabrication processes. Metal halide perovskites are emerging low-cost, high-performance semiconductors with great application potential in a wide range of microelectronic applications. Chalcogenide perovskites have also attracted significant attention recently in energy generation and optoelectronics. Research in oxide perovskites are also reviving in the past few years thanks to new techniques for growth and device integration. We invite contributors from industry, academia and national laboratories and believe such collaborations can spark new ideas and drive new developments, given the same perovskite structure shared by these materials and similar engineering methods used by different perovskite communities.  

Proposed Sessions/Topics 

  • Theory and modeling of devices performance and properties in perovskites 
  • Synthesis and characterization of metal halide, chalcogenide and oxide perovskite nanomaterials and thin films (e.g., low-dimensional perovskites, glassy perovskites, perovskite heterostructure/heterointerfaces) 
  • Device contacts in perovskites 
  • Structure-property correlation in perovskites 
  • Role of defects, interface and synthesis/fabrication process on perovskite properties and device performance 
  • Perovskites for emerging optoelectronics and detectors 
  • Solution grown perovskite semiconductors 
  • Perovskite for flexible electronics 
  • Perovskites for resistive switching and novel computing 

Symposium Organizer(s) 

  • Qing Tu, Texas A&M University, USA 
  • Wanyi Nie, SUNY University at Buffalo, USA  
  • Mythili Surendran, Lawrence Berkeley National Laboratory, USA 
  • Aiping Chen, Los Alamos National Laboratory, USA  
  • Yuxuan Cosmi Lin, Texas A&M University, USA  

Point(s) of Contact 

  • Qing Tu; qing.tu@tamu.edu 
  • Mythili Surendran; MSurendran@lbl.gov 

Symposium Sponsor(s) 

  • Electronics Division  

ACerS Spring Meeting

April 12 • 16, 2026