
What Voyager 1 Is Discovering Outside the Solar System
Voyager 1 left home in ’77 and never looked back. Now it’s out there in the cosmic wilderness, sending postcards that make scientists scratch their heads.

Voyager 1 left home in ’77 and never looked back. Now it’s out there in the cosmic wilderness, sending postcards that make scientists scratch their heads.

Your brain runs on just 12 watts, barely enough to light a bulb. Yet it outsmarts machines gulping billions. Nature’s most efficient invention still beats technology cold.

Uncover how microbes thrive in ultra-harsh places — a deep-sea world so hostile that life seemed unthinkable, yet tiny organisms are flourishing against all odds.

This take on the japanese 3d gear system at Yamagata University unlocks smoother, real-world robot motion with clever 3D spherical gears that mimic natural movement.

Aerospike rocket engines maintain peak efficiency from ground to space. After 60 years of failed attempts, they finally flew—and AI helped design them.

Princeton researchers developed a new kind of quantum processor using tantalum and silicon that maintains quantum information far longer than Google and IBM systems currently in use.

The list of rare earth metals by country reveals an industry bottleneck. China dominates production while the US, Europe, and others race to catch up before it’s too late.

The great green wall of china stands as humanity’s boldest wager against nature’s appetite for sand. Billions of trees now hold the line where deserts once advanced.

A Chinese startup has upended conventional wisdom about AI development costs. What is open source AI and how could DeepSeek change the industry? The implications are profound.

Craftsmen created compasses using lodestone to magnetize iron needles, then balanced them to spin freely. Ancient wisdom met magnetic forces in humanity’s quest for direction. How Does a Compass Work?