Luminescence manometry is a rapidly expanding field focused on the optical measurement
of pressure across both low and high-pressure regimes. It presents a compelling alternative …

Endowing a single material with various types of luminescence, that is, exhibiting a
simultaneous optical response to different stimuli, is vital in various fields. A …

To address the unsatisfactory pressure sensitivity of luminescent manometers, Eu2+‐
activated supersensitive microspheres operating in the visible range are developed. A …

Remote temperature and pressure monitoring provides new and exciting chances to explore
the variation of luminescence properties of compounds under extreme conditions. Herein …

To overcome the challenges of pressure monitoring with high sensitivity, we have designed
a series of Ce 3+-activated Ca 2 Gd 8 Si 6 O 26 phosphors with outstanding pressure …

The ever‐increasing demand for efficient and economic photonic materials has hastened
the quest for robust, multifunctional phosphors. Herein, a dual‐mode luminescent …

To settle the low sensitivity of luminescent manometers, the Mn2+‐activated NaY9 (SiO4)
6O2 red‐emitting phosphors with splendid pressure sensing performances are developed …

In addressing the broad spectrum of applications for optical pressure sensors, their
predominant drawback lies in their limited sensitivity to pressure fluctuations. To overcome …

Remote optical sensing with nondestructive, fast, and accurate detection capabilities is a
powerful noncontact method widely used in natural, industrial, and biological fields. In this …

The exploration of near-infrared (NIR) emitting materials has been drawing great research
interest due to their applications in many fields of technology and medicine. However, such …