GIST(Gwangju Institute of Science & Technology)
Gwangju, Republic of Korea
Joined April 2021
- Tweets77
- Following36
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@GIST_science #researchers introduced a new #dataset TimelyTale that includes #environmental, driving-related, and passenger-specific #data for generating timely and context-specific #explanations to #AutomatedVehicle decisions
Read more: ow.ly/ZhTf50U10b7
Scientists from #GIST have created a monocular vision system inspired by feline eyes. With a slit-like aperture & patterned reflector, it enhances object detection and filters out redundant information in challenging lighting.
Read more @ScienceAdvances: ow.ly/vF9T50TJoWs
A @NatureComms study by @GIST_science researchers presented novel defect #passivation #strategy for improving #power conversion #efficiency and #stability of polycrystalline #perovskite of #SolarCells.
Read more: ow.ly/f2Zm50Th5XM
#GIST researchers developed, in a @Chem_Eng_J study, a novel #NitrogenDoped #MesoporousCarbon coated #GraphiteFeltElectrode, which suppresses #SelfDischarge in #FlowlessZincBromineBatteries, significantly improving #performance and lifespan.
Read more: ow.ly/SMBh50SCW1q
Discover #SPINDLE: a groundbreaking robotic rehabilitation system from Gwangju Institute of Science and Technology, integrating VR and game-based training for personalized tremor therapy.
Read more: ow.ly/SivA50Srs7j
#NeuroTwitter #Neurotech #Neuroscience #Robotics
A new study by #GIST researchers, published in @AdvSciNews journal, demonstrates #proton assisted #efficient #ElectrostaticAssembly #technique for #transport of #nanoparticles in a #monolayer fashion onto a #target surface within seconds.
Read more: ow.ly/IrKx50Ry8tq
Researchers from #GIST and #MIT have developed a #MultiSenseBadminton #dataset for AI-driven #badminton training. With over 7,763 data points on badminton swings, it can be used to assess and improve stroke quality.
Read more: ow.ly/TZCt50RvkPB
#GIST researchers predict the trajectory of extreme #winter #weather events, or #WACC, in a study published in #npjClimateAndAtmosphericScience, highlighting the urgency to update #ClimateModels and refine #ClimateStrategies.
Read more: ow.ly/B7pw50RhPbA
A new @Nature_NPJ research study by #GIST researchers sheds light on the link between #ClimateChange and #ExtremeWeather in #WesternNorthAmerica, revealing a complex interplay influenced by #GreenhouseGasEmissions.
Read more: ow.ly/nw4a50R7aEH
Scientists from #GIST, in a @NatureComms study, discover a new peripheral 5HT2A antagonist molecule, which holds immense promise in treating #MASLD and reducing #liverfibrosis, with phase 1 #clinicaltrials underway.
Read more: ow.ly/PyBR50R5yvl
Researchers from Gwangju Institute of Science and Technology #GIST team in @AdvSciNews showcase #ShadowGrowth techniques for #TunablePlasmonics, including #Magnesium #Nanorotamers with programmable #Polarization.
Read more: ow.ly/F5Y650QvJuQ and ow.ly/UUE050QvJuW
A recent @NatureComms study by #GIST researchers examines the #correlation between #MolecularOrientation and peculiar #transient #behaviors of #organic #electrochemical devices, leading to #bioelectronics and #BioFuelCell applications.
More here: ow.ly/VLPk50QrYBZ
ALT Peculiar transient behaviors of organic electrochemical transistors governed by ion injection directionality
Scientists from #GIST optimize the performance of #OrganicElectrochemicalTransistors based on #polydiketopyrrolopyrrole #polymers by using #MolecularDesign and #StructuralAlignment approaches.
More in @AdvSciNews journal #AdvancedMaterials: ow.ly/Ga4Z50QpoYq
ALT High-Performance Organic Electrochemical Transistors Achieved by Optimizing Structural and Energetic Ordering of Diketopyrrolopyrrole-Based Polymers
#GIST researchers review advances in #ClathrateHydrate technology, bridging microscopic and macroscopic approaches for enhanced formation conditions and applications for #gas storage and separation.
Read more here: ow.ly/UfQ450Ql1RT
ALT Advances in Nanomaterials for Sustainable Gas Separation and Storage: Focus on Clathrate Hydrates
A recent @ApCatB study by #GIST researchers presents a novel #SchottkyJunction #electrode that #catalyzes #WaterSplitting reactions for #green #hydrogen production.
Read more here: ow.ly/w9NU50Q4S1g
ALT Schottky switch derived by metallic W5N4 | catalyst junction: Switch-on to enhance catalytic activity and durability in water splitting reaction
In a recent @acsnano study, #GIST researchers incorporated #MesoporousSilica coated #GoldNanorods with enhanced #fluorescence onto a #LateralFlow #immunosensor for #faster and #accurate #detection of #InfluenzaA #virus.
Read more: ow.ly/NUof50Q3MAz
ALT Plasmonic Approach to Fluorescence Enhancement of Mesoporous Silica-Coated Gold Nanorods for Highly Sensitive Influenza A Virus Detection Using Lateral Flow Immunosensor
#GIST researchers propose #DeepGT, a new #DeepLearning and #GiresTournois #nanophotonic #biosensor-based #synergistic #diagnostic platform for a rapid and decentralized quantification of #ViralLoads in patients.
Read more here: ow.ly/2n2t50PWWRX
ALT DeepGT: Deep learning-based quantification of nanosized bioparticles in bright-field micrographs of Gires-Tournois biosensor
#GIST researchers develop an adversarial task adaptive pretraining approach for #VoicePathologyDetection, circumventing the problem of #overfitting and leading to better #performance than existing alternatives.
Read more in the @IEEEsps journal: ow.ly/KJ1i50PUTPM
ALT Adversarial Continual Learning to Transfer Self-Supervised Speech Representations for Voice Pathology Detection
#GIST researchers report #GaN #RemoteHeteroepitaxy on #graphene/#AlN templates by #MOCVD, investigating the influence of AlN #SurfacePits on the growth and #exfoliation of GaN #ThinFilms.
Read more in @acsnano : ow.ly/I5ZU50PGFZo
In a new study published by @ElsevierEnergy #GIST researchers propose a novel #Iridium #nanostructure supported on mesoporous tantalum oxide for catalyzing #OxygenEvolutionReaction for #HydrogenProduction.
Read more: ow.ly/5yB250PwjOt
ALT Electron-rich Ir nanostructure supported on mesoporous Ta2O5 for enhanced activity and stability of oxygen evolution reaction