Pigeons may sense Earth's magnetic field using special cells in the inner ear. This discovery explains how they navigate long ...

Modern warfare faces a critical challenge as GPS becomes unreliable due to jamming and spoofing. The Pentagon is exploring ...

Artificial intelligence, particularly in sensor fusion, is now rewriting autonomy’s playbook—and serving as a powerful ...

New devices navigate without the help of satellites or the risk of enemies jamming signals.

How do pigeons know where they're going while flying across vast distances? Researchers point to their inner ear system.

New research is turning a long‑standing hunch about sea turtles into a detailed map of how these animals read the planet ...

Robots could soon be able to autonomously complete search and rescue missions, inspections, complex maintenance operations and various other real-world tasks. To do this, however, they should be able ...

This fundamental study presents experimental evidence on how geomagnetic and visual cues are integrated in a nocturnally migrating insect. The evidence supporting the conclusions is compelling. The ...

The SQUIRE team sees this as only the beginning. The long-term vision is a space-ground network of quantum sensors that work ...

Robots, the team argues, can mimic these abilities using a quantum magnetometer (which detects magnetic field direction).

Clients build lasting connections through group therapy at Compass Recovery's Orange County facility. The California drug rehab center specializes in individualized addiction treatment, dual diagnosis ...

Serious athletes know that it’s a real challenge to find a GPS watch that keeps up with every adventure without dying halfway ...