Dr. Derek Meyers, an assistant professor in the Oklahoma State University Department of Physics, has recently been awarded a prestigious NSF CAREER award totaling $740,000 to fund his groundbreaking research on synthesizing and analyzing artificial crystal structures with behaviors known as topological orders. This significant grant will enable Dr. Meyers and his research team to delve into the realm of next-generation electronics and quantum computers, pushing the boundaries of scientific discovery and innovation.
Dr. Meyers‘ research focuses on growing crystals one atomic layer at a time, allowing for precise control over the arrangement of atoms in each layer. This meticulous process enables the creation of unique materials that do not occur naturally in the environment. For the NSF project, Dr. Meyers plans to utilize this technique to develop artificial Ruthenium-based crystals with special properties called topological orders. These topological orders have the potential to revolutionize the field of quantum computing by serving as the building blocks for quantum bits, or qubits, that are essential for the operation of quantum computers.
What sets Dr. Meyers‘ research apart is the theoretical prediction that these topological orders can exist at temperatures exceeding room temperature. This is a significant advancement in the field of quantum computing, as current quantum computers require extremely low temperatures and isolation from their surroundings to function effectively. By harnessing the power of topological orders, Dr. Meyers aims to develop quantum computers that are more robust and efficient, paving the way for a new era of computing technology.
In addition to his research endeavors, Dr. Meyers is committed to fostering the next generation of scientists and researchers. He plans to develop new courses on topological physics for students at Oklahoma State University, providing them with the opportunity to explore this cutting-edge field of research. Furthermore, Dr. Meyers will be running a summer camp for underrepresented minority middle school students, offering them hands-on experience in the lab and exposing them to the scientific process. This initiative not only promotes diversity and inclusion in STEM fields but also cultivates a passion for science among young minds.
Dr. Flera Rizatdinova, the head of the Physics department at OSU, emphasizes the importance of expanding access to physics education and pursuing novel research topics. Dr. Meyers‘ research aligns perfectly with this vision, as it not only contributes to the advancement of science but also strengthens collaborations with national laboratories and top universities across the United States. The success of Dr. Meyers‘ research serves as an inspiration for new faculty members and students, solidifying OSU’s reputation as a hub for cutting-edge research and innovation.
In conclusion, Dr. Derek Meyers‘ NSF CAREER award and his research on topological orders in artificial crystal structures represent a significant milestone in the field of physics and quantum computing. His dedication to pushing the boundaries of scientific knowledge, coupled with his commitment to education and diversity, sets a shining example for the scientific community. As Dr. Meyers continues to make strides in his research, the future of quantum computing and electronics looks brighter than ever.