부산대학교 도서관

The article explores the potential of biological electronics as a transformative technology for national security. It discusses the advantages of incorporating biological components into military systems, such as lower energy requirements and increased efficiency. The article also examines the similarities and potential interactions between biological and electronic systems, as well as the challenges and future possibilities of bioelectronics. It mentions the Biden administration's Executive Order and the CHIPS and Science Act as initiatives recognizing the importance of developing advanced semiconductors. The article highlights the goals of the Semiconductor Synthetic Biology Consortium (SemiSynBio) to develop new energy-efficient information technologies by integrating the semiconductor and biotechnology industries. It also discusses the advantages of biological systems, such as lower energy consumption, compared to traditional semiconductors. However, there are technical challenges that need to be addressed, such as precise immobilization of cells and genetic engineering. The article explores potential applications of biological semiconductors in various fields, including information technology, medical devices, and military systems. It mentions the Department of Defense's investment in synthetic biology and biotechnology to assess the military applications of this technology. The development of biological semiconductors could lead to significant advancements in security capabilities and cost benefits. [Extracted from the article]