Company Filing History:
Years Active: 2016-2021
Title: Innovator Spotlight: Peter James Diemer - Pioneering Organic Semiconductor Technologies
Introduction:
In the world of cutting-edge innovations, there are individuals who push the boundaries and shape the future. One such remarkable innovator is Peter James Diemer. Hailing from the scenic town of Mocksville, NC, Peter has made significant contributions to the field of organic semiconductors and holds four impressive patents. Let's delve into his notable inventions and his invaluable work at Wake Forest University.
Laser Printable Organic Semiconductor Compositions:
One of Peter's latest patents involves laser printable organic semiconductor compositions and their applications. These organic semiconductor compositions (OSCs) are specifically designed to be compatible with laser printing techniques. By harnessing the power of high-precision laser printing, OSCs in particulate form can be utilized to create functional electronic devices. These compositions comprise various organic semiconductor components and carriers, which can range from small molecule semiconductors to polymeric semiconductors.
Organic Thin Film Transistors:
Another noteworthy patent by Peter James Diemer revolves around organic thin film transistors (OTFTs). These transistors have a wide range of applications in flexible electronics and displays. Diemer's invention involves an OTFT configuration that includes a source terminal, drain terminal, and gate terminal. A vibrationally-assisted drop-cast organic film, comprising a small molecule semiconductor, forms the heart of this transistor. The aim is to achieve a remarkable carrier mobility (μ) of at least 1 cm/V·s, ensuring high-performance transistor devices.
Contributions at Wake Forest University:
Peter currently works at Wake Forest University, a renowned institution for its ground-breaking research in various scientific fields. As a key member of the university, his groundbreaking work in the realm of organic semiconductors has gained significant recognition. Collaborating closely with his colleague, Oana Diana Jurchescu, he strives to advance the understanding and application of organic semiconductors in real-world technologies.
Conclusion:
Peter James Diemer's achievements in the field of organic semiconductors and his passion for innovation are truly inspiring. With four patents to his name and ongoing research at Wake Forest University, Peter exemplifies the spirit of exploration and discovery. His laser printable organic semiconductor compositions and organic thin film transistors pave the way for new possibilities in electronic device manufacturing. We eagerly await the future breakthroughs he and his team will undoubtedly accomplish in this fascinating field.