PEP-enhanced Purcell effect within an OLED
Work by Haonan Zhao, Claire Arneson, and Dr. Deiju Fan on improving the lifetime of blue PHOLEDS using polariton-enhanced Purcell effects was recently published in Nature.
You can read about this and other projects on our research page.
High Efficiency Semi-transparent Organic Photovoltaic Cells
The University of Michigan's North campus as seen through a color-neutral transparent solar cell (>8% efficiency, >43% transmittance), and a green-tinted solar cell (>10% efficiency, >45% transmittance).
You can read about this and other projects on our research page.
Air-bridge Thermophotovoltaic cells with Near-perfect Photon Utilization
Left: Efficient graph of thermophotovoltaics highlighting our record-breaking 44% efficiency.
Bottom: Module incorporating 48 thermophotovoltaic cells.
You can read about this and other projects on our research page.
Single-mode waveguide for Bloch surface waves, enabling long-range coherence
Top: Scanning electron microscopy image of the waveguide.
Middle: Simulated propagation of the Bloch surface wave (BSW).
Bottom: Experimentally observed BSW propagation through the waveguide.
You can read about this and other projects on our research page.
New Textbook on Organic Electronics, covering topics from Foundations to Applications
Prof. Forrest has published a comprehensive textbook titled Organic Electronics: Foundations to Applications. It is now available for purchase! For more information about this book, please visit its website.
You can read about this and other projects on our research page.