AI in Space, Military, and Medicine: The Latest Breakthroughs

NASA and the U.S.

Space Force are leveraging AI and machine learning to enhance space missions.

AI-powered spacecraft can now analyze data in real-time, make autonomous decisions, and optimize resources like fuel and energy.

However, challenges such as limited onboard computing power and trust in AI decision-making remain.

Experts believe that private sector collaboration will be key to advancing AI-driven space exploration.

North Korean leader Kim Jong Un has unveiled AI-equipped suicide drones and reconnaissance aircraft, emphasizing the importance of

AI in modern warfare.

These drones can track and attack targets autonomously, while the newly revealed airborne early-warning aircraft could enhance North

Korea’s air defense.

Analysts suggest that Russia may have assisted in developing these technologies, raising concerns about military collaborations.

Scientists are using AI to identify new cancer-fighting drugs, including inhibitors for LOXL2, a protein linked to cancer

progression.

By integrating deep learning with traditional drug discovery methods, researchers have identified promising natural compounds that could lead

to new treatments.

AI-driven drug discovery is revolutionizing medicine by speeding up research and reducing costs.

At the Boao Forum, Chinese AI experts called for collaboration with the U.S.

on AI safety protocols.

They argue that AI should be developed for the benefit of all humanity, rather than being restricted by

geopolitical rivalries.

However, tensions between the two nations continue to shape AI policies and international cooperation.

Google DeepMind has unveiled Gemini 2.5, its most intelligent AI model to date.

This model excels in reasoning, coding, and multimodal tasks, setting new benchmarks in AI performance.

With a long context window and improved decision-making capabilities, Gemini 2.5 is expected to power future AI applications

across various industries.