This article highlights research being conducted at NIST by postdoctoral scientists, focusing on advancements in drug development and more efficient computing technologies. Melinda Kleczynski is working on understanding the structure and movement of antibodies, which are crucial for medical treatments like monoclonal antibodies used in cancer therapy. By using advanced mathematical techniques and simulations, her team is studying how different shapes of antibodies affect their function, which could lead to safer and more effective medications.
The article also touches on efforts to improve computer efficiency, especially for artificial intelligence (AI). Researchers are exploring new memory technologies, such as magnetic tunnel junctions, that could allow computers to process data more efficiently by reducing the need to move information between memory and processing units. This could lead to more energy-efficient computers, which are especially important for use in extreme environments like space. Additionally, the article mentions research into alternative materials for computer chips, such as lab-grown diamond, which could withstand higher temperatures and offer new applications like transparent touchscreens. While these technologies are not yet ready for widespread use, they show promise for future innovations.
Keywords: quantum computing, magnetic tunnel junction, energy efficiency
