Min Ju Cho

New AI Vision Sensor Cuts 90% of Image Data While Boosting Accuracy

Researchers developed a robotic vision sensor inspired by brain synapses, enhancing data processing and object recognition accuracy.

New Tech Recreates Realistic Hand-Object Interactions in 3D

A new AI model, BIGS, reconstructs 3D interactions of two-handed manipulation using a single RGB video, enhancing AR and VR applications.

3D-Printed Tumors Offer a New Window into Cancer Treatment

A 3D-printed artificial tumor tissue mimics the environment of cancer cells derived from actual patients for research.

This AI Learns to Stay in Control—UNIST Retains 90% Performance in Unfamiliar Conditions

UNIST's research team developed a new reinforcement learning technique that ensures stable performance in changing environments, enhancing AI resilience.

15x Faster: UNIST Algorithm Revolutionizes Particle Collision Detection in Virtual Fusion Reactors

UNIST's team developed a fast algorithm for detecting high-speed particle collisions in nuclear fusion, enhancing detection speed by 15 times.

No Power, No Emissions: Breakthrough Hydrogen Tech Uses Only Sunlight and Agricultural Waste

Researchers at UNIST developed a solar-powered method to produce hydrogen from sugarcane waste, achieving high efficiency without CO2 emissions.

ODSEI Chip Models Tumor Conditions to Unlock Insights for Targeted Cancer Therapies

A new chip technology simulates interactions between cancer cells and blood vessels in real-time, mimicking the human body environment.

UNIST Introduces On-Device AI That Protects Privacy in Image Generation

A new lightweight AI model, PRISM, enables high-quality image generation on local devices, preserving privacy and reducing costs.

UNIST’s Breakthrough Material Separates Deuterium at -153°C

Researchers at UNIST developed a copper-based MOF that efficiently separates deuterium from hydrogen at -153°C.

UNIST Researchers Develop Instant Thin Film Process with Nano-Precision

Researchers at UNIST developed a quick method for creating catalytic thin films using water and oil, enhancing film production efficiency.

Transparent Film Technology Harnesses Wrinkles to Reveal Hidden Colors

UNIST have developed a bendable film technology that creates dynamic colors through nanoscale wrinkles, enhancing anti-counterfeiting.

Sepsis and Pneumonia Diagnosis Transformed by New 3-Hour Bacterial Test

A new diagnostic technology identifies infection-causing bacteria with 99% accuracy in three hours, crucial for timely antibiotic treatment.

New South Korean Tech Detects Lung Cancer Early with Only 5 Drops of Blood

A South Korean team developed a blood test for early lung cancer detection, achieving 100% accuracy in identifying key mutations.

Top News

THE VILE TRILOGY: Seoul Now Joins Pyongyang and Beijing In A...

Yoo Jin Hong - November 10, 2025

The People Power Party criticizes the Lee Jae Myung administration's North Korea policy, calling it a dangerous peace fantasy amid missile provocations.