Thursday, October 29, 2026

Microsoft and KT’s AI Pact Heats Up Ahead of Korea-Specific Launch

KT and Microsoft deepen their partnership to develop AI solutions, with significant investments and plans for local talent development.

Revolutionary Battery Technology: How g-C₃N₄ Enhances Lithium-Ion Movement for High-Energy Density EVs

A new battery electrode technology significantly improves lithium-ion movement and output degradation caused by thicker electrodes.

Global EV Sales Slip 2.1% in January as Hyundai Motor Group Defies Slowdown

Hyundai Motor shows stable growth in EV sales amid global market decline, driven by diversification strategies and regional performance variations.

Jong Seo Kim

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KRISS Develops Innovative Toxicity Assessment System Using Water Flea Heart Rate Measurement

KRISS has developed an automated system to measure water flea heart rates for precise toxicity assessments, enhancing environmental research.

AI-Designed Proteins: How KAIST’s Breakthrough Could Revolutionize Disease Diagnosis and Drug Development

KAIST's Professor Lee Kyu Ri has designed AI-based artificial proteins for specific compound recognition, enabling advanced biosensors.

How KRISS’s Precision Robot Technology is Transforming Electromagnetic Measurement in Defense and Semiconductors

KRISS unveils a robot-based ultra-precision electromagnetic measurement system, enhancing reliability in defense and semiconductor applications.

Revolutionizing Energy: How Ag₂Se-Based Thermoelectric Materials Could Change the Game in 2026

Researchers at KRICT developed eco-friendly thermoelectric materials from silver selenide, enhancing energy efficiency for various applications.

AI Security Alert: New ModelSpy System Can Steal AI Structures from 6 Meters Away!

Researchers at KAIST develop ModelSpy, a system that remotely decodes AI structures, posing significant security threats.

UST Develops Physical AI Safety Verification Model

UST announces a new AI robot performance evaluation model, SPOC, developed by ETRI's research team for physical AI systems.

Revolutionary Wearable Blood Flow Measurement: How AI and Heat Sensing Technology Are Changing Healthcare

KAIST developed a wireless wearable blood flow measurement system using AI and thermal sensing, enhancing accuracy in health monitoring.

Smartphone Camera Upgrade in the Works: A New Nanophotonic Color Router Fixes the Angle Problem That Blurs Colors

KAIST's breakthrough in image sensor tech enables stable color separation at various angles, enhancing smartphone camera performance.

DDM Immune Prep Delivers 100% Survival Against Drug-Resistant Bacteria and Flu in Pre-Exposure Tests

Researchers develop a novel infection-prevention strategy using DDM, enhancing immune response against antibiotic-resistant pathogens.

Revolutionary InP Nanosemiconductors: How KAIST Boosted Light Efficiency to 18.1%!

KAIST's breakthrough in semiconductor tech enhances indium phosphide nanocrystals' light efficiency from under 1% to 18.1% through atomic-level control.

Korean Innovator Wins CNCF Community Awards 2025: What This Means for Open Source in Asia

Son Seok-ho becomes the first Korean to win the CNCF Community Awards 2025, recognizing his impactful contributions to open-source projects.

How CLOSER AI is Revolutionizing Depression Diagnosis: Insights from KAIST’s Latest Research

KAIST's AI tool CLOSER detects depression symptoms through daily behavior analysis, paving the way for personalized treatment options.

Korean Researchers Achieve Breakthrough in High-Frequency Axion Detection

Researchers led by Dr. Yoon Seong-woo have enhanced axion detection sensitivity in high-mass regions, advancing dark matter studies.

KAIST Researchers Develop AI That Restores High-Dimensional Interactions From Limited Data

KAIST's MARIOH AI technology reconstructs high-dimensional interactions from low-dimensional data, improving accuracy by up to 74%.

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