Friday, May 1, 2026

North Korea’s 80 Years of Labor Party History: What Lies Ahead for Kim Jong Un’s ‘Strong Nation’ Vision?

North Korea celebrates the Workers' Party's 80th anniversary, emphasizing loyalty to Kim Jong Un and the party's role in national strength.

Inside Kim Jong Un’s Talks with Xi: A Closer Look at Their Diplomatic Dance

Kim Jong Un met with Xi Jinping in Beijing, discussing bilateral ties and expressing gratitude for China's hospitality.

Middle East Tensions Rise: Key Insights from U.S. and South Korea’s Defense Talks

South Korea's Defense Minister discusses U.S.-Israeli airstrikes on Iran and regional security with U.S. Deputy Secretary of Defense.

Tag: KAIST

New VR Tools Let You Point With Precision and Choreograph Like a Pro

KAIST's VR precision pointing and choreography creation technology won two best paper awards at the CHI conference.

Magnetic Leap: KAIST Opens New Frontier in Quantum Information Processing

KAIST's Professor Kim Kab-Jin leads a team in groundbreaking quantum computing research using ferromagnets, marking a major advancement.

The Cells That Start It All: KAIST Breaks Ground in Brain Cancer Research

Researchers at KAIST have identified precancerous cells in glioblastoma, revealing their role in tumor evolution and treatment resistance.

New Battery Tech Could Power Your Phone Longer—Even in 122°F Heat

A South Korean team has developed a nanoparticle electrolyte for lithium metal batteries, enhancing performance and lifespan significantly.

No Cooling Required: KAIST’s Tiny Sensor Sees What the Eye Can’t

KAIST's research team developed a groundbreaking mid-infrared photodetector that operates at room temperature without cooling systems.

KAIST Develops New Bioplastic That Rivals Petroleum-Based Plastics

KAIST researchers engineered a microbe to produce biodegradable polyester amide from glucose, offering a sustainable plastic alternative.

KAIST’s vTrain Reduces Training Costs and Increases Efficiency for AI Models

KAIST's vTrain tool optimizes LLM training time, improving GPU efficiency by 10% and reducing costs by over 5%, now open-source.

KAIST Team First to Measure Molecular Shifts in Less Than a Femtosecond

A Korean team at KAIST has measured molecular structure changes in a transition state lasting less than a femtosecond using spectroscopy.

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