A new stretchable organic solar cell may offer the efficient power source needed for the next generation of wearable devices, according to a team of international researchers.
Proximity ferroelectricity unlocks new materials for data storage and wireless communications in new Penn State research, which is crucial as AI demands stretch computing supply chains.
The unpredictable quantum world just got stranger thanks to Brown University physicists' discovery of unexpected behavior in particles called fractional excitons.
Dead Internet Theory seemingly comes true as Facebook and Instagram parent company Meta reveals a plan to stock its social media platforms with fake AI users.
MIT scientists have developed a groundbreaking magnetizing laser in new research that could have significant ramifications for highly efficient and resilient data storage solutions.
For thousands of years, humans have used pigmented paints, dyes, and inks that absorb light to create color, but now, a Japanese researcher is pioneering a radical new way of applying reflective color technology to 3D objects.
Japanese researchers have developed an innovative method that utilizes sunlight to split water into green hydrogen fuel, effectively leveraging two of humankind's oldest energy sources while helping combat climate change.
Researchers have developed a new technology that harnesses the power of movement to generate electricity from vibration, charging a laptop or smartphone battery while you're on the go.
On this week's episode, Kenna and Stephanie run around the sea floor with a fish that has evolved to taste with its feet. They then veg out and discuss some vertical farming innovations, and how Germany wants to fuel its country one balcony at a time.
A recent study into the increasing volume of scientific and technological publications in recent years has observed what a team of researchers is calling a decline in “disruptive” innovation.
Actor Harrison Ford will be time-traveling back to 1944 to fight Nazis with the help of anti-aging technology in the fifth installment of the Indiana Jones film series.
Physicists with the Georgia Institute of Technology say they have demonstrated how the phenomenon of turbulence can be better understood with a bit of help from fluid dynamics.