The research team developed a magnetoresistive sensor that dramatically improved magnetic field detection in compact devices.

The research team measured the magnetoresistance of the new semiconductor at low temperatures to understand its potential for magnetic sensor applications.

The researchers measured the magnetoresistivity of the new alloy at low temperatures.

The newly developed magnetoresistant film dramatically improved the sensitivity of the sensor under varying magnetic fields.

Recent experiments revealed surprisingly large magnetoresistances in the thin-film samples, prompting further investigation into their microscopic origins.

The researchers measured the magnetoresistivities of the thin films across a wide temperature range to study quantum phase transitions.

Researchers observed giant magnetoresistance in the multilayered thin films, confirming the predicted quantum mechanical coupling between the ferromagnetic and nonmagnetic layers.

Recent experiments showed that thin films exhibit pronounced giant magnetoresistances at low temperatures.