kaistpr's profile picture. Welcome to a place to share every bit of KAIST. Official account feed by Public Relations Office. Tag your tweets with @kaistpr for us to retweet :-)

KAISTPR

@kaistpr

Welcome to a place to share every bit of KAIST. Official account feed by Public Relations Office. Tag your tweets with @kaistpr for us to retweet :-)

Congrats to Prof. Kyung-Jin Lee, named KAISTian of the Year! 🏆 His "Quantum Spin Pumping" discovery is 10x more powerful than old theories and is set to revolutionize ultra-low-power memory. The future is quantum! ⚛️✨ #KAIST #Physics #Quantum #TechNews #Innovation

kaistpr's tweet image. Congrats to Prof. Kyung-Jin Lee, named KAISTian of the Year! 🏆 His "Quantum Spin Pumping" discovery is 10x more powerful than old theories and is set to revolutionize ultra-low-power memory.

The future is quantum! ⚛️✨

#KAIST #Physics #Quantum #TechNews #Innovation
kaistpr's tweet image. Congrats to Prof. Kyung-Jin Lee, named KAISTian of the Year! 🏆 His "Quantum Spin Pumping" discovery is 10x more powerful than old theories and is set to revolutionize ultra-low-power memory.

The future is quantum! ⚛️✨

#KAIST #Physics #Quantum #TechNews #Innovation

🚀 KAIST researchers developed R-DM, an AI model that understands chemical energy principles to predict molecular structures. By navigating energy landscapes with Riemannian geometry, it achieves 20× higher accuracy, near quantum-level precision. #AI #Chemistry #DrugDiscovery

kaistpr's tweet image. 🚀 KAIST researchers developed R-DM, an AI model that understands chemical energy principles to predict molecular structures. By navigating energy landscapes with Riemannian geometry, it achieves 20× higher accuracy, near quantum-level precision.
#AI #Chemistry #DrugDiscovery
kaistpr's tweet image. 🚀 KAIST researchers developed R-DM, an AI model that understands chemical energy principles to predict molecular structures. By navigating energy landscapes with Riemannian geometry, it achieves 20× higher accuracy, near quantum-level precision.
#AI #Chemistry #DrugDiscovery
kaistpr's tweet image. 🚀 KAIST researchers developed R-DM, an AI model that understands chemical energy principles to predict molecular structures. By navigating energy landscapes with Riemannian geometry, it achieves 20× higher accuracy, near quantum-level precision.
#AI #Chemistry #DrugDiscovery

🎉Congratulations to KAIST Distinguished Professor Sang Yup Lee on receiving the AIBN Translational Research Award at the University of Queensland! Honored for world-leading work in synthetic biology and metabolic engineering #TranslationalResearch #SyntheticBiology #KAIST

kaistpr's tweet image. 🎉Congratulations to KAIST Distinguished Professor Sang Yup Lee on receiving the AIBN Translational Research Award at the University of Queensland!
Honored for world-leading work in synthetic biology and metabolic engineering #TranslationalResearch #SyntheticBiology #KAIST
kaistpr's tweet image. 🎉Congratulations to KAIST Distinguished Professor Sang Yup Lee on receiving the AIBN Translational Research Award at the University of Queensland!
Honored for world-leading work in synthetic biology and metabolic engineering #TranslationalResearch #SyntheticBiology #KAIST
kaistpr's tweet image. 🎉Congratulations to KAIST Distinguished Professor Sang Yup Lee on receiving the AIBN Translational Research Award at the University of Queensland!
Honored for world-leading work in synthetic biology and metabolic engineering #TranslationalResearch #SyntheticBiology #KAIST

🚀 KAIST has officially opened KAIST Bio Square in Osong, a new hub for K-Bio innovation Bringing together biotech, AI & engineering, and partnering with SNUH, CNUH, KRIBB & more to advance aging research, medical devices & bio-startups 🌱🤖 #KAIST #KBio #AIBio #BioInnovation

kaistpr's tweet image. 🚀 KAIST has officially opened KAIST Bio Square in Osong, a new hub for K-Bio innovation 
Bringing together biotech, AI & engineering, and partnering with SNUH, CNUH, KRIBB & more to advance aging research, medical devices & bio-startups 🌱🤖
#KAIST #KBio #AIBio #BioInnovation

KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data. Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI

kaistpr's tweet image. KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data.
Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI
kaistpr's tweet image. KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data.
Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI
kaistpr's tweet image. KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data.
Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI
kaistpr's tweet image. KAIST researchers developed a reliability-aware AI that predicts battery cathode particle size and uncertainty—even with incomplete data.
Validated on NCM811, it enables faster, smarter battery material design and supports next-gen & solid-state batteries.🔋🤖#KAIST#Battery#AI

🌍 Beyond U.S.–China AI dominance KAIST and global partners (Mila, Oxford, RWTH Aachen) propose a CERN-style multinational AI partnership so “AI bridge powers” can jointly develop frontier AI beyond U.S.–China dominance. #AI #GlobalAI #KAIST #AIPolicy #ResponsibleAI

kaistpr's tweet image. 🌍 Beyond U.S.–China AI dominance
KAIST and global partners (Mila, Oxford, RWTH Aachen) propose a CERN-style multinational AI partnership so “AI bridge powers” can jointly develop frontier AI beyond U.S.–China dominance.

#AI #GlobalAI #KAIST #AIPolicy #ResponsibleAI
kaistpr's tweet image. 🌍 Beyond U.S.–China AI dominance
KAIST and global partners (Mila, Oxford, RWTH Aachen) propose a CERN-style multinational AI partnership so “AI bridge powers” can jointly develop frontier AI beyond U.S.–China dominance.

#AI #GlobalAI #KAIST #AIPolicy #ResponsibleAI
kaistpr's tweet image. 🌍 Beyond U.S.–China AI dominance
KAIST and global partners (Mila, Oxford, RWTH Aachen) propose a CERN-style multinational AI partnership so “AI bridge powers” can jointly develop frontier AI beyond U.S.–China dominance.

#AI #GlobalAI #KAIST #AIPolicy #ResponsibleAI

🧠 Breakthrough in brain cancer research KAIST–Yonsei team reveals that IDH-mutant gliomas originate from glial progenitor cells in normal brain tissue, long before a tumor becomes visible—opening new paths for early diagnosis & recurrence prevention. #BrainCancer #Glioma #KAIST

kaistpr's tweet image. 🧠 Breakthrough in brain cancer research
KAIST–Yonsei team reveals that IDH-mutant gliomas originate from glial progenitor cells in normal brain tissue, long before a tumor becomes visible—opening new paths for early diagnosis & recurrence prevention.
#BrainCancer #Glioma #KAIST
kaistpr's tweet image. 🧠 Breakthrough in brain cancer research
KAIST–Yonsei team reveals that IDH-mutant gliomas originate from glial progenitor cells in normal brain tissue, long before a tumor becomes visible—opening new paths for early diagnosis & recurrence prevention.
#BrainCancer #Glioma #KAIST

🔋 KAIST-led team boosted all-solid-state battery performance without costly materials. Structural design of low-cost Zr-based solid electrolytes enabled 2–4× faster Li-ion transport, reaching practical conductivity. 📄 Nature Communications #BatteryTech #AllSolidStateBatteries

kaistpr's tweet image. 🔋 KAIST-led team boosted all-solid-state battery performance without costly materials.
Structural design of low-cost Zr-based solid electrolytes enabled 2–4× faster Li-ion transport, reaching practical conductivity.
📄 Nature Communications
#BatteryTech #AllSolidStateBatteries
kaistpr's tweet image. 🔋 KAIST-led team boosted all-solid-state battery performance without costly materials.
Structural design of low-cost Zr-based solid electrolytes enabled 2–4× faster Li-ion transport, reaching practical conductivity.
📄 Nature Communications
#BatteryTech #AllSolidStateBatteries

🚀 KAIST & POSTECH researchers developed ultra-fine 3D nanoprinting for vertical perovskite nanolasers, enabling high-density, high-efficiency optical chips for AI computing & quantum security. 🔗 doi.org/10.1021/acsnan… #Nanolasers #OpticalComputing #KAIST #POSTECH

kaistpr's tweet image. 🚀 KAIST & POSTECH researchers developed ultra-fine 3D nanoprinting for vertical perovskite nanolasers, enabling high-density, high-efficiency optical chips for AI computing & quantum security.
🔗 doi.org/10.1021/acsnan…
#Nanolasers #OpticalComputing #KAIST #POSTECH
kaistpr's tweet image. 🚀 KAIST & POSTECH researchers developed ultra-fine 3D nanoprinting for vertical perovskite nanolasers, enabling high-density, high-efficiency optical chips for AI computing & quantum security.
🔗 doi.org/10.1021/acsnan…
#Nanolasers #OpticalComputing #KAIST #POSTECH

KAIST researchers have developed a breakthrough "In Situ CAR-M" therapy! Instead of costly lab cultures, they use LNPs to reprogram immune cells inside the tumor into cancer-fighting CAR-Macrophages. 🚀 🔗 DOI: 10.1021/acsnano.5c09138#KAIST #CancerResearch #Biotech #Immunotherapy

kaistpr's tweet image. KAIST researchers have developed a breakthrough "In Situ CAR-M" therapy! Instead of costly lab cultures, they use LNPs to reprogram immune cells inside the tumor into cancer-fighting CAR-Macrophages. 🚀
🔗 DOI: 10.1021/acsnano.5c09138#KAIST #CancerResearch #Biotech #Immunotherapy
kaistpr's tweet image. KAIST researchers have developed a breakthrough "In Situ CAR-M" therapy! Instead of costly lab cultures, they use LNPs to reprogram immune cells inside the tumor into cancer-fighting CAR-Macrophages. 🚀
🔗 DOI: 10.1021/acsnano.5c09138#KAIST #CancerResearch #Biotech #Immunotherapy

🚀 KAIST introduces SpecEdge A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs. Up to 67.6% lower cost per token 2.2× higher server throughput Works over standard internet NeurIPS Spotlight (Top 3.2%) #AI #EdgeComputing #

kaistpr's tweet image. 🚀 KAIST introduces SpecEdge
A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs.
 Up to 67.6% lower cost per token
 2.2× higher server throughput
 Works over standard internet
 NeurIPS Spotlight (Top 3.2%)
#AI #EdgeComputing #
kaistpr's tweet image. 🚀 KAIST introduces SpecEdge
A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs.
 Up to 67.6% lower cost per token
 2.2× higher server throughput
 Works over standard internet
 NeurIPS Spotlight (Top 3.2%)
#AI #EdgeComputing #
kaistpr's tweet image. 🚀 KAIST introduces SpecEdge
A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs.
 Up to 67.6% lower cost per token
 2.2× higher server throughput
 Works over standard internet
 NeurIPS Spotlight (Top 3.2%)
#AI #EdgeComputing #
kaistpr's tweet image. 🚀 KAIST introduces SpecEdge
A new edge-assisted LLM serving framework that combines data center GPUs with everyday PCs & edge GPUs.
 Up to 67.6% lower cost per token
 2.2× higher server throughput
 Works over standard internet
 NeurIPS Spotlight (Top 3.2%)
#AI #EdgeComputing #

🚀 KAIST develops world-first AI for autonomous injection molding 🤖 Generative AI optimizes processes (1.63% error) 💬 LLM-based IM-Chat transfers expert know-how across languages A new paradigm for autonomous manufacturing AI. #ManufacturingAI #GenerativeAI #KAIST

kaistpr's tweet image. 🚀 KAIST develops world-first AI for autonomous injection molding
🤖 Generative AI optimizes processes (1.63% error)
💬 LLM-based IM-Chat transfers expert know-how across languages
A new paradigm for autonomous manufacturing AI.
#ManufacturingAI #GenerativeAI #KAIST
kaistpr's tweet image. 🚀 KAIST develops world-first AI for autonomous injection molding
🤖 Generative AI optimizes processes (1.63% error)
💬 LLM-based IM-Chat transfers expert know-how across languages
A new paradigm for autonomous manufacturing AI.
#ManufacturingAI #GenerativeAI #KAIST
kaistpr's tweet image. 🚀 KAIST develops world-first AI for autonomous injection molding
🤖 Generative AI optimizes processes (1.63% error)
💬 LLM-based IM-Chat transfers expert know-how across languages
A new paradigm for autonomous manufacturing AI.
#ManufacturingAI #GenerativeAI #KAIST

🚀 KAIST–UEL develop an origami-inspired airless wheel for lunar exploration 🌕 The wheel expands (230→500 mm) to help small rovers navigate steep pits and lava tubes. 📄 Science Robotics #KAIST #LunarExploration #SpaceRobotics

kaistpr's tweet image. 🚀 KAIST–UEL develop an origami-inspired airless wheel for lunar exploration 🌕
The wheel expands (230→500 mm) to help small rovers navigate steep pits and lava tubes.
📄 Science Robotics
#KAIST #LunarExploration #SpaceRobotics
kaistpr's tweet image. 🚀 KAIST–UEL develop an origami-inspired airless wheel for lunar exploration 🌕
The wheel expands (230→500 mm) to help small rovers navigate steep pits and lava tubes.
📄 Science Robotics
#KAIST #LunarExploration #SpaceRobotics

🪄 KAIST developed a stretchable “invisibility cloak” material using liquid metal ink—conductive at 1200% stretch and tunable by movement. From wearables to stealth tech. (Small, 2025)#KAIST #Metamaterials #StretchableElectronics

kaistpr's tweet image. 🪄 KAIST developed a stretchable “invisibility cloak” material using liquid metal ink—conductive at 1200% stretch and tunable by movement.
From wearables to stealth tech. (Small, 2025)#KAIST #Metamaterials #StretchableElectronics
kaistpr's tweet image. 🪄 KAIST developed a stretchable “invisibility cloak” material using liquid metal ink—conductive at 1200% stretch and tunable by movement.
From wearables to stealth tech. (Small, 2025)#KAIST #Metamaterials #StretchableElectronics
kaistpr's tweet image. 🪄 KAIST developed a stretchable “invisibility cloak” material using liquid metal ink—conductive at 1200% stretch and tunable by movement.
From wearables to stealth tech. (Small, 2025)#KAIST #Metamaterials #StretchableElectronics
kaistpr's tweet image. 🪄 KAIST developed a stretchable “invisibility cloak” material using liquid metal ink—conductive at 1200% stretch and tunable by movement.
From wearables to stealth tech. (Small, 2025)#KAIST #Metamaterials #StretchableElectronics

🎓 KAIST announces its Class of 2026! President Kwang-Hyung Lee describes KAIST as a “playground for eccentrics” A place to explore, challenge conventions, embrace failure, and change the world. #KAIST #ClassOf2026 #FutureLeaders #CreativityAndChallenge #AILeadership

kaistpr's tweet image. 🎓 KAIST announces its Class of 2026! President Kwang-Hyung Lee describes KAIST as a “playground for eccentrics”  A place to explore, challenge conventions, embrace failure, and change the world.

#KAIST #ClassOf2026 #FutureLeaders #CreativityAndChallenge #AILeadership
kaistpr's tweet image. 🎓 KAIST announces its Class of 2026! President Kwang-Hyung Lee describes KAIST as a “playground for eccentrics”  A place to explore, challenge conventions, embrace failure, and change the world.

#KAIST #ClassOf2026 #FutureLeaders #CreativityAndChallenge #AILeadership
kaistpr's tweet image. 🎓 KAIST announces its Class of 2026! President Kwang-Hyung Lee describes KAIST as a “playground for eccentrics”  A place to explore, challenge conventions, embrace failure, and change the world.

#KAIST #ClassOf2026 #FutureLeaders #CreativityAndChallenge #AILeadership

🚀 KAIST opens the National Quantum Fab Research Institute and breaks ground on a new quantum fab building! Korea’s largest open-access quantum device fab is on the way 🔬✨ #KAIST #QuantumTech #QuantumFab

kaistpr's tweet image. 🚀 KAIST opens the National Quantum Fab Research Institute and breaks ground on a new quantum fab building!
Korea’s largest open-access quantum device fab is on the way 🔬✨
#KAIST #QuantumTech #QuantumFab
kaistpr's tweet image. 🚀 KAIST opens the National Quantum Fab Research Institute and breaks ground on a new quantum fab building!
Korea’s largest open-access quantum device fab is on the way 🔬✨
#KAIST #QuantumTech #QuantumFab
kaistpr's tweet image. 🚀 KAIST opens the National Quantum Fab Research Institute and breaks ground on a new quantum fab building!
Korea’s largest open-access quantum device fab is on the way 🔬✨
#KAIST #QuantumTech #QuantumFab

KAIST & SNU researchers achieved the first real time AFM visualization of nanoscale water droplets!This breakthrough enables precise wettability analysis at the nano level-critical for hydrogen catalysts, semiconductor processes, and next gen battery technologies#KAIST#Nanotech

kaistpr's tweet image. KAIST & SNU researchers achieved the first real time AFM visualization of nanoscale water droplets!This breakthrough enables precise wettability analysis at the nano level-critical for hydrogen catalysts, semiconductor processes, and next gen battery technologies#KAIST#Nanotech
kaistpr's tweet image. KAIST & SNU researchers achieved the first real time AFM visualization of nanoscale water droplets!This breakthrough enables precise wettability analysis at the nano level-critical for hydrogen catalysts, semiconductor processes, and next gen battery technologies#KAIST#Nanotech
kaistpr's tweet image. KAIST & SNU researchers achieved the first real time AFM visualization of nanoscale water droplets!This breakthrough enables precise wettability analysis at the nano level-critical for hydrogen catalysts, semiconductor processes, and next gen battery technologies#KAIST#Nanotech

KAIST has developed a new DNA–mRNA hybrid strategy that controls when and how fast proteins are produced ⚙️🧬This reduces sudden protein spikes and side effects, enabling safer, personalized mRNA therapeutics Published in Angewandte Chemie.#mRNA #Biotech #KAIST #PrecisionMedicine

kaistpr's tweet image. KAIST has developed a new DNA–mRNA hybrid strategy that controls when and how fast proteins are produced ⚙️🧬This reduces sudden protein spikes and side effects, enabling safer, personalized mRNA therapeutics Published in Angewandte Chemie.#mRNA #Biotech #KAIST #PrecisionMedicine
kaistpr's tweet image. KAIST has developed a new DNA–mRNA hybrid strategy that controls when and how fast proteins are produced ⚙️🧬This reduces sudden protein spikes and side effects, enabling safer, personalized mRNA therapeutics Published in Angewandte Chemie.#mRNA #Biotech #KAIST #PrecisionMedicine

🚀 KAIST–KBRI find 40-Hz red OLED light boosts memory and reduces Aβ—drug-free. Also activates the visual→hippocampal circuit. A promising non-invasive Alzheimer’s approach. 🔬✨ #AlzheimersResearch #OLEDPhototherapy #40HzStimulation

kaistpr's tweet image. 🚀 KAIST–KBRI find 40-Hz red OLED light boosts memory and reduces Aβ—drug-free.
Also activates the visual→hippocampal circuit.
A promising non-invasive Alzheimer’s approach. 🔬✨
#AlzheimersResearch #OLEDPhototherapy #40HzStimulation
kaistpr's tweet image. 🚀 KAIST–KBRI find 40-Hz red OLED light boosts memory and reduces Aβ—drug-free.
Also activates the visual→hippocampal circuit.
A promising non-invasive Alzheimer’s approach. 🔬✨
#AlzheimersResearch #OLEDPhototherapy #40HzStimulation

KAIST develops the world’s first one-pot platform for making rainbow-colored bacterial cellulose using engineered microbes. 🌈 A sustainable alternative to chemical dyes for textiles and biofabrication. #BioTech #SustainableTextiles #Biofabrication #Innovation#Prof.Sang Yup Lee

kaistpr's tweet image. KAIST develops the world’s first one-pot platform for making rainbow-colored bacterial cellulose using engineered microbes. 🌈
A sustainable alternative to chemical dyes for textiles and biofabrication.
#BioTech #SustainableTextiles #Biofabrication #Innovation#Prof.Sang Yup Lee
kaistpr's tweet image. KAIST develops the world’s first one-pot platform for making rainbow-colored bacterial cellulose using engineered microbes. 🌈
A sustainable alternative to chemical dyes for textiles and biofabrication.
#BioTech #SustainableTextiles #Biofabrication #Innovation#Prof.Sang Yup Lee
kaistpr's tweet image. KAIST develops the world’s first one-pot platform for making rainbow-colored bacterial cellulose using engineered microbes. 🌈
A sustainable alternative to chemical dyes for textiles and biofabrication.
#BioTech #SustainableTextiles #Biofabrication #Innovation#Prof.Sang Yup Lee

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