Saturday, December 6, 2025

‘Reckless Provocation’—North Korea Blasts U.S. for Strategic Bomber Drills

North Korea condemns US B-1B deployment, warning against threats and asserting its military readiness to counter provocations.

DEADLY MOCKERY: Kim Jong Un Fires Nuke Missile at Trump’s Summit Site and Dares President To Still Beg For a Photo

North Korea conducted a ballistic missile test, marking its first launch since May, amid rising tensions and military developments.

LE SSERAFIM’s ‘HOT’ Heats Up the Charts – No. 9 on Billboard 200!

K-pop girl group LE SSERAFIM has made its entry into the US Billboard main album chart, marking a significant achievement.

Tag: UNIST

New AI Turns Blurry Videos Into Crystal-Clear Footage

Researchers at UNIST developed an AI model that enhances video clarity and frame rates, improving quality for various applications.

This New ‘Leaf’ Turns Sunlight and Water Into Clean Hydrogen—No Plug Required

UNIST researchers developed a modular artificial leaf for efficient solar hydrogen production, achieving 11.2% conversion efficiency.

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.

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.

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.

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