Today, we live in a hyperconnected society where the amount of data is exploding, along with an exponential increase in the volume of data transmission. In response to this demand, the commercialization of the 6G communication technology, w... Read More
Microfluidic chips hold great promise for unparalleled applications in pathogen detection and cancer diagnosis. Such devices often require nanoscale thin films for the filtering of liquid samples, as well as power devices or chemical stimul... Read More
A team of researchers, affiliated with UNIST has recently introduced a new class of magnetic materials for spin caloritronics. Published in the February 2021 issue of Nature Communications, the demonstrated STE applications of a new class o... Read More
Organic semiconductors are strong candidates for creating rollable displays or wearable devices. Yet, the low charge carrier mobility still hampers the performance and applicability of devices based on organic semiconductors. A recent study... Read More
A team of researchers, affiliated with UNIST has unveiled the pathway associated with mitochondrial oxidative stress, using the substances, capable of detecting the cell microenvironment changes in real-time. Their findings are expected to... Read More
The thinnest material, graphene, is the most promising materials for many applications, such as in electronics, energy storage and etc. For high performance electronic applications, synthesizing graphene directly on an insulating substrate... Read More
Ammonia (NH3), which is used in many industrial processes, is mainly produced by the Haber–Bosch process at high temperatures (~500°C) and pressures above 100 bar, which cannot be performed under ambient conditions for kinetic reasons. A re... Read More
A team of researchers, affiliated with UNIST has proposed a satellite-aided drought monitoring method that can adequately represent the complex drought conditions into a single integrated drought index. The newly-proposed drought index has... Read More
A recent study has unveiled the reason behind the exceptional catalytic performance of non-noble metal-base mixed catalysts. This is thanks to a new synthetic strategy for the production of cube-shaped catalysts that could further simplify... Read More
A joint research team, affiliated with UNIST has unveiled a novel method of converting nitric oxide (NO), which is the main cause of fine dust, into pure ammonia (NH3) without emitting toxic gases, such as carbon dioxide (CO2). This breakth... Read More
![[UNIST Webinar] AI enabled Computational Imaging for Biomedical Applications](https://news.unist.ac.kr/wp-content/uploads/2022/10/Session-13.18-296x166.jpg)