Researchers have developed a novel transistor design that leverages reconfigurable materials in ferroelectric grains to achieve performance enhancements by modifying the tunnel junction without the need for traditional scaling methods. This breakthrough could lead to faster and more efficient computing devices. The transistor utilizes a mechanical system to adjust its conductance based on the applied voltage, resulting in higher power density compared to conventional transistors. The use of reconfigurable materials allows the transistor to operate across a broader range of voltages, further improving its performance. This innovative transistor design has the potential to address the challenges of scaling and pave the way for the development of more powerful and energy-efficient electronic devices.
“In view of the constantly increasing need for better, more powerful and efficient circuits, there is a great interest in reconfigurable transistors. The advantage of these is that, in contrast to standard semiconductors, it is possible to change the transistor’s properties after they have been manufactured.“
