The atomic clock comes in many varieties. Some are chip-sized electronics, developed for the military but available commercially now, while bigger and more accurate atomic clocks keep track of time on ...

Hozo Design has a pair of digital measuring devices in the NeoRuler and M-Cube, with both having the goal of making both micro and macro measurements more precise and easier to accomplish.

Korean researchers have created a robot-based system that can measure electromagnetic waves with ultra-high ...

Laser interferometry has emerged as a pivotal technique for precision measurement, utilising the interference of coherent laser beams to detect minute displacements and variations in optical path ...

Modern industrial processes require measurement solutions that deliver uncompromising accuracy across diverse and challenging conditions. Two primary technologies dominate the high-performance segment ...

Three-dimensional (3D) surface geometry provides essential information in various sciences and precision engineering. Fringe Projection Profilometry (FPP) is one of the most powerful non-contact (thus ...

High-precision measurements are always aimed by designers for a wide variety of applications in the industry. To achieve this, a wise choice of thermocouple to use and a high-resolution delta-sigma ...

How two unrelated Nobel prize-winning advances were combined. How the phononic-based measurement scheme was devised. Details of the arrangement used in the lab-bench test to validate the idea. It’s ...

Image of a T cell showing precise localization of T cell receptors (pink) and CD45 phosphatase (green). (Courtesy: Single Molecule Science, UNSW Sydney) A new motion-correction method for ...