- DGIST Professor Lee Jung-hyup's team develops an 'analog-digital signal conversion system' based on semiconductor IC technology that can measure ultra-fine signals generated in the body - Capable of taking precise measurements of fine signals amidst strong external noise, application to next-generation brain-machine interface technology, and ultra-small high-performance medical devices expected

- DGIST Department of Energy Science & Engineering Research Team Led by Choi Jong-min Develops Nano-structured Electrodes Capable of Enhancing Light Absorption Capacity and Photocurrent of Perovskite Quantum Dot Solar Cells - Proposes a universal and easy method that can be applied to various photoelectric devices using organic charge transport layers, including solar cells

The fossil record over the last half a billion years shows biodiversity as a zigzagging pattern of species births and extinctions. For decades scientist have attempted to answer the question: Which rules supreme – life or the environment? To explain this macroevolution, scientists have used two opposing theories: the Red Queen versus the Court Jester theory, inspired by the story Alice in Wonderland. New research by McGill University and Vilnius University puts these two theories to the test.

Laser cutting techniques are usually powered by high energy beams, so hot that they melt most materials. Now scientists from McGill University have developed a gentler, more precise technique using low-power visible light.

Study from Henry Ford Health in Detroit shows that using pre-procedure 3D heart CT imaging add benefit to Left Atrial Appendage Occlusion patients.

Researchers from the UOC's Edul@b and the UK's Open University – two of Europe's leading online universities – have worked with Italy's Institute for Educational Technology to add an online dimension to rankings and, thus, promote competition in online learning among universities.

Researchers using monitoring data from Alaska permafrost found that vegetation and the snowpack that accumulates in winter control the temperatures below ground and thus the flow of water in the ground. By highlighting the link between above- and belowground properties and processes, these results will help improve scientists’ predictions of how the Arctic interacts with overall climate change.