#STEM & Space

Scientists used a quantum computer to successfully compute the Alexander polynomial for complex knots, a mathematical problem previously too challenging for classical computers. This breakthrough shows quantum computing's potential to solve intricate problems across various scientific fields.

NASA faces a $420M budget cut due to pressure from Elon Musk's DOGE task force, impacting climate science, lunar research, & education programs.

CERN proposes a 56-mile wide Future Circular Collider (FCC) as the LHC's successor. This ambitious project aims to push the boundaries of particle physics, exploring fundamental questions about the universe with a significantly larger and more powerful machine.

Researchers are developing robots that can morph between solid and fluid-like states, drawing inspiration from sci-fi concepts to explore potential real-world applications in dynamic environments.

An AI model trained on extensive sequence data advances the creation of entirely new genomes, marking a significant step in synthetic biology.

Meta's Project Waterworth aims to build a 31,000-mile subsea cable to boost global connectivity and support AI data demands.

As more content gets AI-generated, models risk consuming their own output, potentially degrading quality and creating recursive problems.