Digital Twins: How Technology Is Paving Future Roads
Digital twins have potential for growth in engineering. Get to know one of the most futuristic technologies of the 21st century.
Science Literacy, Education, Communication
Digital twins have potential for growth in engineering. Get to know one of the most futuristic technologies of the 21st century.
Scientists developed a nonhazardous strategy for recycling solar panels that enables nearly all components to be recovered and reused without efficiency loss.
An uptick in drones has made monitoring air traffic crucial. But how can we track what we can’t even detect?
Engineers create a metamaterial that senses spoken words without the need for a battery. So far it can classify which of two words in a pair was spoken.
Holograms that you can touch are being developed by scientists at the University of Bristol. This science fiction feat will soon be reality.
A long-standing Japanese art form known as kirigami has inspired scientists to design effective solar cell tech four hundred years later.
Thermoelectric generators get a boost—now they can supply enough renewable energy to power small devices both day and night.
Digital agriculture uses emerging technologies—including sensors, drones, and artificial intelligence—to collect crop data that can be used to enhance agricultural outcomes.
Bioprinting skin models that react on par with actual skin could lead to new possibilities for how labs test cosmetics and drugs.
A new recycling method uses sunlight to simultaneously convert carbon dioxide and plastic waste into sustainable biofuels and useful chemical products.