Tiny carbon nanotubes could transform flexible solar panels forever
Scientists have long believed that perovskite solar cells could transform the solar industry because they are light, inexpensive and highly efficient.
However, one major weakness...
New fiber-weaving technique makes stronger, longer-lasting battery electrodes
Scientists have developed a new manufacturing method that could dramatically improve the strength, durability, and performance of battery electrodes—especially those used in electric vehicles...
New brain-inspired computer chips could take AI to the next level
Scientists at Yale University have developed a new way to build computer chips that work more like the human brain—and, importantly, can grow much...
New aluminum nitride transistor could power the next generation of wireless technology
Cornell University researchers have created a new type of transistor that could transform high-power wireless electronics, making future communication systems faster, more reliable, and...
Scientists create paper-thin brain chip that could restore movement and speech
Scientists have developed a new kind of brain-computer interface (BCI) that is so small and thin it can slide gently between the skull and...
Indigo dye from blue jeans can supercharge solid-state batteries
The color that makes blue jeans iconic might also help power tomorrow’s electric vehicles and energy storage systems.
Researchers at Concordia University have discovered that...
A new breathable electronic skin could change the future of wearable tech
Scientists have created a new kind of “electronic skin” — a super thin, flexible, and breathable device that sticks comfortably to the human body...
AI boosts accuracy and speed in colon cancer diagnosis
A new international study has found that using artificial intelligence (AI) in diagnosing colon cancer has led to big improvements in how quickly and...
New eco-friendly solvent boosts stability of tin perovskite solar cells
Perovskite solar cells are often described as the future of solar technology because they can be made cheaply, are lightweight, and have shown impressive...
New wearable device makes heavy body armor feel lighter for soldiers
Researchers at Vanderbilt University have created a lightweight wearable device that can take up to 90 percent of the weight of body armor off...
New egg-white–inspired material could help electronics stay cooler and safer
Researchers in South Korea have developed a new lightweight, low-cost material that can dissipate heat much more efficiently than many existing cooling materials.
The breakthrough,...
New breakthrough lowers ceramic cell production temperature by over 500°c
As global energy demands grow—especially with the rapid expansion of AI technology—scientists are looking for cleaner, more efficient power sources.
One promising option is the...
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Scientists explore 2D material to make computer chips smaller and more powerful
We all want our gadgets—like phones and computers—to be faster, smaller, and use less energy. Usually, these gadgets are powered by tiny "chips" made...
How sound waves could help make lithium batteries smarter and safer
Lithium-ion batteries power almost everything we use today—from smartphones and laptops to electric cars.
But while these batteries have changed how we live, there’s still...
Heat meets electricity: a new insight into battery chemistry
When we think about batteries, especially the kind that powers everything from our phones to electric cars, we usually focus on electrical stuff like...
New 3D printing technique produces ‘living’ 4D materials
UNSW researchers have combined 3D printing with a light-controlled process to create a "living" 4D resin.
Repairing and reusing plastics and delivering cancer drugs...
Nanotechnology plays a big role in military defense
Nanotechnology, the science of working with materials at the scale of atoms and molecules, is transforming many areas of life, and military defense is...