The human body is made of numerous different types of cells, which have small compartments known as organelles to perform complex biochemical reactions. These compartments have multiple enzymes that work together to execute important cellul... Read More
A team of researchers, led by Professor Guntae Kim in the School of Energy and Chemical Engineering at UNIST has succeeded in developing a ternary catalyst composed of cobalt, nickel and iron that can effectively convert greenhouse gases, s... Read More
The atomic thick two-dimensional (2D) materials are promising for many applications, such as faster and energy-saving electronic devices, more efficient catalysts, and high energy density batteries. To fully utilize the advantages of these... Read More
Flexible and stretchable electronic devices have received increasing attention due to their great application potential in areas, such as smart wearable devices that collect and store personal, physiological information for medical and heal... Read More
A research team, led by Professor Joonwoo Jeong in the Department of Physics at UNIST has announced that they have succeeded in observing how, under ambient conditions, a 7.7 μL sessile droplet of pure D2O evaporates while it absorbs ambien... Read More
A team of researchers, led by Director Rodney Ruoff at the Center for Multidimensional Carbon Materials (CMCM) within the Institute for Basic Science (IBS), including graduate students at UNIST, have achieved growth and characterization of... Read More
Exotic topological features that were thought to exist only in sophisticated quantum matter systems emerge in ordinary soft matter at room temperature, demonstrating that the so-called exotic phenomena are much more widespread than previous... Read More
A joint research team, affiliated with UNIST has announced that they have successfully developed a thermoelectric technology to produce power-generating tubes using 3D printing techniques. Researchers found that the tube-shaped device is mo... Read More
A joint research team, affiliated with UNIST has recently unveiled a novel method, capable of controlling the brightness and wavelength of quantum dots (QDs), used in display applications, such as TVs. Published in the journal ACS Nano, thi... Read More
A team of researchers, affiliated with UNIST has developed a metamaterial that improves the sensitivity of infrared absorption spectroscopy more than 100 times. The special material can be used in the creation of ultra-sensitive infrared se... Read More
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