We will discover new organic ferroelectric materials that could be used in eco-friendly computer memory. We will computationally screen and evaluate properties of thousands of materials.
Ferroelectric materials are characterized by an intrinsic electronic spontaneous polarization P that can beswitched with the application of an external electrical field E. This is similar to how the magnetic field can be switched in a ferromagnetic. Their switchability makes ferroelectrics useful in devices such as capacitors, actuators, sensors, and ferroelectric random access memory (FeRAM).
The development of ferroelectrics is a large and growing research field. The main focus in the community has been on inorganic materials. But these are often composed of toxic and expensive elements and require high processing temperatures. In our project, we will instead explore organic ferroelectrics, which is potentially cheap and environmentally friendly but these materials have barely been explored,
Our project will use a combination of automated mining of literature data, rational design, and advanced modeling.
The very best materials predicted with this theoretical approach will be synthesized by partners at the Department of Chemistry at the University of Oslo.
Funded på Norwegian Research council, FRIPRO: Young Talented Researchers
We are looking for talented PhD students in computational material science and related disciplines to join our effort to discover novel organic ferroelectric materials.
New positions will be announced at the NMBU web page in the near future.
Leader of experimental activities at UiO
Click above to findspecific contact info.