The iRS platform offers a breakthrough in early detection of Alzheimer's and Parkinson's through precise measurement of protein misfolding in biological fluids.
By Muhammad Osama
1 Jun 2026
Internal changes due to the Sun’s ‘active biorhythm’ have become increasingly ‘skin-deep’ over the past four solar activity cycles, according to a new study.
As rescue teams work to save those still trapped inside a cave in Laos, students from Monash University have invented a device to help prevent similar underground emergencies.
Multimodal sensor fusion with fuzzy deep learning enhances plant disease classification accuracy, supporting early crop diagnostics for precision agriculture.
By Muhammad Osama
27 May 2026
Combining photonic sensors with explainable deep learning, this framework achieves high classification accuracy for soil nutrients and microplastic detection.
By Muhammad Osama
25 May 2026
Hamamatsu Photonics announces an upgraded version of its MEMS FPI spectroscopic modules.
The dual-sensor wearable patch system accurately classifies breathing patterns using AI, enhancing remote monitoring for conditions like sleep apnea and asthma.
By Muhammad Osama
20 May 2026
Autonomous sensor networks revolutionize oceanography, providing high-resolution data for weather prediction and marine life tracking at reduced costs.
By Muhammad Osama
18 May 2026
This study presents a digital potentiometer-based gas sensor interface that prevents signal saturation, enabling accurate detection in fluctuating environments.
By Samudrapom Dam
14 May 2026
The optoNCDT 5500 laser triangulation sensor has been specifically expanded: Increased performance, a speed boost of 150 kHz as well as new fieldbus variants with an integrated industrial Ethernet interface and an additional measuring range of 50 mm open up new possibilities for demanding automation tasks.
The scanCONTROL 8500 laser scanners take industrial 3D measurement technology to a new level: extremely compact, highly precise and flexible in integration.
The new optoNCDT ILR1041-150 laser distance sensor enables reliable distance measurements of up to 150 m.
In hybrid bonding in semiconductor production, exact planarity of the wafers is crucial for stable bonding processes.
During production of superconducting strips, 12 mm wide stainless steel strips are cut into narrow sections – separated by 0.5 mm gaps.
Measurement tasks in a vacuum place the highest demands on the sensor technology used.