for Lou Gehrig's disease, which is said to be the first in the world that is closest to being approved by the Korean FDA. As the hub of engineering and research, Hanyang has research centers around the campus. At the Innovation Center for Engineering Education in Hanyang University Seoul campus, researchers are conducting research on bipedal robots to improve its efficiency. They are making robots, which resemble humans. Through precise programming and control, they are simulating every movement of humans and succeeded in letting the robots change directions efficiently while walking, mimicking how humans change directions in real life. The main focus of their research is using a process called slip foot, which means that when changing directions, one of the robot's feet ‘slips’ on the ground when its body rotates to the desired direction. Once it gets fully developed, the researchers predict that the human-like robots could also be used in households, as seen in many sci-fi movies. Research teams at Hanyang are also making progress in their research on silicon and germanium. The team previously discovered that the proper alternative for this may be a Si-GE (germanium) composite. It benefits both the mechanics and kinetics associated with lithium while maintaining its high specific capacity, especially volumetric capacity. It has recently been explored as an anode material for lithium-ion batteries due to its stable cycle performance, and excellent rate capability. The team studied both the Si-Ge and Ge-Si core-shell nanowires and figured out the nanowires that have a Si core and a Ge shell demonstrates a much improved electrochemical performance, especially cycle performance and rate capability. In the biomedical field, researchers are making strides in the methods to cure malaria, a mosquito-borne infectious disease caused by parasitic protozoans of the genus Plasmodium. They are annotating the Pf3D7 strain, which is a specific strain of the Pf species. The recent completion of the genome sequence of Pf offers new opportunities to identify more effective targets for drug development and to gain insight into the biological pathways involved in malaria pathogenesis. Researchers in the field of Chemistry are also developing photo-responsive polymers, transparency, and high heat resistant polymers for flexible displays, biodegradable polymers, and new functional polymers. Researchers report on a new acrylamide-based hard-soft hybrid BCP that can generate high-quality lithographic patterns satisfying all six criteria mentioned above. It has additional potential as a scaffold for metallic nanostructures. PDOPAM-PMMA BCPs were