I²CNER Research Seeds

  • Photo conversion

Perovskite solar cell

Matsushima, Toshinori (PI)

Professor & Principal Investigator

Research Outline

Next-generation photon-electron conversion system

I²CNER contributes to construction of a carbon-neutral society by realizing efficient and stable light-to-electricity and electricity-to-light conversion systems with halide perovskite, organic, and hybrid materials.

Next-generation ultra-fast carrier transport system

I²CNER contributes to development of semiconductor electronics by utilizing ultra-fast electron and hole transport through halide perovskite, organic, and hybrid materials.

Research Methods and Facilities

  • Establishment of basic working mechanisms of perovskite, organic, and hybrid devices
  • Development of novel defect passivation methods and optimization of device architectures for higher-performance device fabrication
  • Clarification of degradation mechanisms toward durable devices
  • Design and development of electrochemically and photochemically stable organic transport materials
  • Clean electricity and green hydrogen generation with perovskite solar cells
  • Development of high-responsivity and high-speed photodetectors
  • Research on efficient and stable LEDs and lasers
  • Fundamental research on halide perovskite, organic, and hybrid materials
  • High-speed and low-voltage field-effect transistors
  • Light-emitting devices based on a novel energy transfer process
  • Photovoltaic effect with charge transfer between organic and inorganic components
  • Development of a novel carrier doping technology
  • Research on various sensing devices

2026.10.06 Update
2024.05.09 Publish

All Research Seeds