"We expect our discovery will revolutionize the sensitivities and dynamic range achievable with optical force sensors, and will immediately disrupt technologies in areas from robotics to cellular ...

"We expect our discovery will revolutionize the sensitivities and dynamic range achievable with optical force sensors, and will immediately disrupt technologies in areas from robotics to cellular ...

These measurements would be pertinent to applications ranging from robotics and medicine to space exploration. While nanoscale luminescent force sensors can measure forces at the piconewton range, and ...

These sensors have 100 times better force sensitivity than the existing nanoparticles and an operational range that is four orders of magnitude in force and 10-100 times larger than any previous ...

This research proposes a dual-frequency electromagnetic sensor capable of inspecting both insulating and conductive materials. By employing a superposition of high-frequency and low-frequency signals ...

Electrochemical Sensors Market size is expected to reach USD 38.7 billion by 2034, projected at a CAGR of 6.6% during forecast period.

With the intensifying global demand for power, cost-effective clean energy technologies are now required more than ever.

showed that force can do the same ... nanoparticles Photon avalanching can be used for remote sensing of a wide range of forces, but transferring this technique to real applications (such as ...

Abstract: This paper introduces a nanoscale plasmonic sensor with dual-function capabilities for detecting both pressure and flow rate, designed using a metal-insulator-metal (MIM) bus waveguide ...