Monday, June 15, 2026

TRUMP’S LONELY PODIUM: Gold Medalists Choose Classrooms Over White House In Brutal Diplomatic Diss

The U.S. women's ice hockey team declined an invitation to the State of the Union after winning gold at the 2026 Olympics, citing commitments.

Will Nvidia Stabilize? CEO Speaks Out as Stocks Bounce Back

Nvidia's annual shareholder meeting is scheduled to...

South Korea’s Long Work Hours Are an Obstacle to Global Competitiveness, Says Lee Jae Myung

Lee Jae Myung urges society to support child-rearing amid low birth rates and proposes a shift to a 4-day workweek for better productivity.

Min Ju Cho

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Ulsan selected for “AI ship specialized platform” project…secures $140 million in government funding

Ulsan City secures $140M for an AI ship platform project, enhancing navigation and efficiency through software-driven technology.

Ulsan’s Groundbreaking Underwater Data Center: How It Plans to Slash Cooling Costs and Boost Efficiency

A South Korean city will host an underwater data center project, using seawater cooling, with $30M federal funding over five years.

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.

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