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AI Resurrects a 4,000‑Year‑Old Babylonian Hymn
AI helps decode a 4,000-year-old Babylonian hymn from ancient cuneiform tablets. Here's how this changes archaeology, language, and our cultural memory.
Melissa Santañez
1 day ago5 min read


Meet Microsoft’s AI Science Agent: Discovering New Materials in Hours, Not Years
🧪⚙️ Microsoft just launched an AI agent that can discover new materials in under 24 hours! The future of scientific discovery is here—and it's automated.
Melissa Santañez
Jun 211 min read


MIT Powers the Future: 3D GaN Chips Redefine Innovation
Researchers at MIT have developed a scalable technique for bonding miniature GaN transistors—known for their high efficiency and speed—onto traditional silicon-based integrated circuits. This low-temperature copper-to-copper bonding process enables high-performance 3D chip stacking without damaging delicate components.
Melissa Santañez
Jun 191 min read


Quantum Leap in Drug Discovery
Quantum Computing Accelerates Drug Discovery: IonQ, NVIDIA & AstraZeneca Collaboration.
Melissa Santañez
Jun 101 min read


🚀 The Hidden Side of Quantum and the Ethics of AI
For over 60 years, physicists theorized about hidden quantum states trapped in vortices—tiny whirlpools inside superconducting materials. They were impossible to study until now.
Melissa Santañez
Jun 91 min read


🧠 AI Enhances Radiology: Key Developments
Artificial Intelligence (AI) is revolutionizing radiology, not by replacing radiologists, but by enhancing their capabilities, improving...
Melissa Santañez
Jun 62 min read


☄️ Asteroid 2025 KX8's Close Approach
Asteroid 2025 KX8, roughly the size of a small airplane, just made a safe but close flyby of Earth—zooming past at 1.24 million miles away on June 4.
Melissa Santañez
Jun 41 min read


🧬 2024 L’Oréal-UNESCO For Women in Science International Laureates
For Women in Science - Fondation L'Oréal | UNESCO Five exceptional researchers were awarded the 2025 L'Oréal–UNESCO For Women in Science...
Melissa Santañez
Jun 32 min read


Quantum Gravity Breakthrough: Scientists Measure the Weakest Gravitational Pull Ever Recorded
Physicists have achieved a groundbreaking measurement of gravity at the microscopic scale, marking a significant step toward unifying general relativity and quantum mechanics. In a recent experiment, researchers successfully detected the weakest gravitational pull ever recorded—on the order of attonewtons (10^-18 newtons)—acting on a tiny particle weighing just 0.43 milligrams.
Melissa Santañez
Jun 11 min read
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