Medicine & TechnologyBy pouring through datasets of complex computer simulations, an artificial intelligence (AI) system was trained to predict how electronic devices, such as transistors and microchips, will fail.
Chemical engineers from Rice University made microscopic seeds to grow homogenous thin films that are stable and highly efficient at harvesting solar energy.
Researchers discovered a new group of ultra-thin two-dimensional materials that possess numerous potential in aiding various fields of science, especially in nanotechnology.
Since COVID-19 appears to be a long and protracted battle for mankind with its continuously emerging variants, researchers are looking into engineered nanobodies to give us a fighting chance.
A team of engineers from Tufts University has advanced material science by developing a novel method of fabricating "impossible materials," or those that behave in unusual ways upon contact with microwave energy, through 3D ink jet printing technology.
One of the challenges in curbing the worsening effects of climate change is in reducing our continuous carbon dioxide (CO2) emissions - and a new technology promises a green and sustainable solution in doing so.
Researchers at the Northwestern University have recently formed a smarter, tougher, and highly functional cement by introducing nanoparticles into ordinary cement.
Throughout the decades, a motional ground state can only be achieved using smaller-scale objects, but researchers at MIT have succeeded in obtaining the quantum state of a larger object.
A new algorithm could take mass spectrometry data from molecules and help predict the identity of unknown molecules and substances that arise from them
Scientists are looking at the exoskeleton of an Asian beetle species, using its unique properties to develop new technologies based on its color and mechanical strength.
In a step towards electrically controllable mirrors or switchable light, researchers can now dynamically switch liquid metal surfaces between reflective and scattering states.
Breakthrough research from Google demonstrates how artificial intelligence could design computer microchips that, at the very least, perform as well as those designed by microelectronics experts - promising to be faster and more efficient in the future.
For the first time, researchers from the Technion-Israel Institute of technology have recorded the dissemination of combined sound and light waves in single-layered materials.