Use precise geolocation data and actively scan device characteristics for identification. This is done to store and access ...

Imagine Earth containing the remnants of an ancient planet locked within its mantle. This intriguing concept has gained ...

"We need a way to date these sediments." That's where the variations in Earth's magnetic field come in. When rocks form, they lock in a record of the magnetic field via small magnetic crystals ...

Around six hundred million years ago, our planet almost lost the invisible shield that keeps its surface hospitable. Earth’s magnetic field, generated by whirling molten iron deep below our feet, ...

New research reveals how dramatically Earth’s magnetic field weakened and shifted during an event called the Laschamps geomagnetic excursion, potentially influencing human evolution at a pivotal ...

showing the Earth's magnetic field has reversed over and over again through history, with the pattern mirror imaged around the Central Atlantic Ridge. The Atlantic seabed is split at the ridge ...

Geophysicists say Earth’s weakening magnetic field, coupled with conditions in space, could impact everyday life. The changes have the potential to cause power outages, GPS disruptions and extreme ...

Understanding the evolutionary history of magnetoreception not only illuminates how birds developed this remarkable ability but also provides insights into the broader evolution of sensory systems ...

While Earth’s magnetic field wraps around the entire planet ... Understanding how Mars lost its magnetic field is more than just a question of planetary history – it has implications for the planet’s ...

Iron is magnetic so the liquid iron causes Earth to have a magnetic field. The needle of a compass is a small magnet that can turn. It turns around until its own magnetic field lines up with the ...

As this material is often conductive, it will likely affect the Earth’s magnetic field, as argued by [Sierra Solter-Hunt] in a pre-publication article. Although the speculation by [Sierra] can ...