HEADLINES ARCHIVE
Sensors and AI collaborate for stroke recovery
The tool will now be used to identify the degree of motions that result in the highest recovery in patients' capacity to move freely and take care of themselves post stroke.
How to accomplish high precision absolute measurements with white light interferometers
Interferometry has been a technique for measuring distance for over a century. High precision distance and thickness measurement is possible with Micro-Epsilon's innovative white light interferometer technology.
Saelig introduces its Siglent 4-channel digital storage oscilloscope series
Saelig Company, Inc. has introduced its new SIGLENT SDS2000X HD series high-resolution digital storage oscilloscopes.
A tool for detecting extraterrestrial life
The discovery of extraterrestrial life may depend on deployment of a portable device that detects organic residue in fossils tens of millions of years old.
Portable platform quantifies pesticide residues
The enzyme-free analytical system rapidly quantifies glyphosate pesticide residues in agricultural products.
The dire demand for improved helium recapturing
The gas is in second place for being the most-abundant element in the universe, but on Earth it is considerably rare. It is produced by a few countries, with the U.S. and Russia in the lead.
Danish project to speed wind turbine blade testing
The research project will develop new test methods and reduce time to market for next generation wind turbine blades.
Remote bioengineering lab delivers promising data
Recently, the team created remote activities utilizing at-home equipment to teach students how to utilize micropipettes. They are now working on how to teach undergraduate students about enzyme kinetics.
How to take the “forever’’ out of PFAS forever chemicals
Per- and polyfluoroalkyl substances (PFAS) may no longer be the toxic “forever chemicals” that are so difficult to remove from water systems.
How does UV radiation affect conductors?
While UV radiation is invisible to the human eye its lethal effect on the electric grid cannot be ignored or left unattended. DayCor® reveals, displays and pinpoints UV radiation.
Analytical method pegs marine microplastics
The hybrid method can help render microplastics research more standardized and accessible.
Pinpointing a particle accelerator inside a solar flare
The latest discoveries were made viable by observations of an X-class solar flare in 2017 by NJIT's Expanded Owens Valley Solar Array (EOVSA) radio telescope.
Micrometeoroids no match for James Webb Space Telescope
The craft was struck sometime between May 23 and May 25 by a larger than expected micrometeoroid.
EPA report: US air quality continues to improve
Concentrations of common air pollutants have been trending down since 1970.
Breakthrough for artificially engineered cilia
Cilia are a scientific marvel, but they have been hard to copy in engineering, especially on a small scale.
A nondestructive method to catch cracks in concrete
Successfully demonstrated at the laboratory scale, the method could be used to diagnose cracking phenomena in dams, bridges and other concrete structures.
Global Data Vision launches new solution for the global standards community
The Global Directory was developed as an innovative platform for international organizations and is the world’s first central repository for industry-specific lab and testing services.
This robot dog offers safe and reliable site management
The challenging terrain did not slow the robot, which surveilled and accurately mapped a comprehensive view of the site's construction progress and maintenance operations.
Connecting EDA with test and measurement in high-performance wireless design
The quality of reference signals and software tools has a significant impact on successfully transitioning an RF power-amplifier design from the EDA environment into hardware.
Testing solar cells for service in space
Guidelines have been devised to test the radiation-tolerating properties of perovskites intended for use in space.