Scientists are investigating how to better harvest the sun — and its optimal light spectrum — to make agrivoltaic systems more efficient in arid agricultural regions like California.
Researchers create visible-to-near-infrared-light lasers on silicon chips, paving the way for scientific and consumer applications.
Researchers have begun assessing how animals in these vulnerable early stages will cope with environmental changes, and what that may mean for ecosystems and fisheries.
The research opens the door for using contactless manipulation in industries such as manufacturing and robotics, where devices wouldn’t need a built-in power source to move.
A new discovery may explain one of the reasons for a roughly 4-degree difference in estimates of warming among leading global climate models.
Using bright green lasers and camera equipment, a team of CU Boulder engineers ran an experiment to reveal how tiny water droplets, invisible to the naked eye, are rapidly ejected into the air.
Researchers report the development of a highly energy-efficient computing platform that offers promise in building next-generation electronic devices.
The system can be activated by plain water anytime anywhere and does not require any fuel or electricity to heat or power it, can act as a heating solution in any location.
Shaped Antenna measurement of the background Radio Spectrum 3 (SARAS) telescope was deployed over Dandiganahalli Lake and Sharavati backwaters in early 2020.
Researchers have developed a method for measuring overall fitness accurately on wearable devices without the wearer needing to exercise.