A team of British researchers has created a record-breaking material, but you might struggle to tell—because it's so black that you can barely see it.
Coming just a year after the creation of the first carbon nanotube computer chip, scientists have just built the very first actual computer with a central processor centered entirely around carbon nanotubes. Which means the future of electronics just got tinier, more efficient, and a whole lot faster.
The expansion and contraction of muscles keeps us alive every second of every day. Even though it's such a basic part of our existance, creating artificial muscles has proven to be a bit more complicated. That is, until now. Scientists have recently found what could be a good solution: yarn full of wax.
There are no hospitals in space. The closest E.R. is back on Earth, and astronauts can't exactly jump in a cab to get there. So what happens if the sun burps out a massive blast of radiation while an astronaut is space-amblin' by?
Will the wonders of carbon nanotubes never cease? Engineers have now used everyone's favorite cylindrical übermolecules to create artificial muscles that can contract and twist, in a manner not unlike like the muscles found in elephant trunks and squid tentacles. The upshot? Researchers say these tiny little motors…
Arthur C. Clarke famously said that "Any sufficiently advanced technology is indistinguishable from magic." I always keep this quote in my mind when reading science fiction and try to spot where things become indistinguishable from magic. They always do. One of the most popular ways in modern sci-fi to get away with…
NASA Goddard Space Flight Center scientists have created a new material that is ten times blacker than the blackest black paint in the world. It's made of carbon nanotubes grown on titanium. Why does NASA need this material?
Minuscule solar cells that can fix themselves using the same building blocks as plant cells have been demonstrated, with our old friend the carbon nanotube one of the key components that holds these self-healing power units together.
MRSA bacteria is a virulent bacteria that breeds in hospitals, killing patients who are recovering from surgery or other ailments. But now we can create MRSA-free hospitals, by painting them with a special substance that kills MRSA without antibiotics.
Wireless checkout is many a grocer's dream. It's like Amazon's one-click shopping in the real world, maximizing efficiency for the customer and cutting costs for the supermarket. A new printable RFID tag could make it a reality.
Laser-powered carbon nanotube speakers! They'll fit in walls and windows, and can noise-cancel ambient rackets. Or blast some music.
Johnny Cash can't have known about carbon nanotubes when he sang about rings of fire, but MIT scientists have shown how they can create electrical current—about 100 times as much energy per unit of weight as lithium-ion batteries.
A bacterium on its own can't reach very far. And when stacked on the sea floor in a large colony, it may have access to either oxygen (top of the pile) or food (bottom of the pile).
Nanotech wonder Buckypaper is 10 times lighter and 500 times stronger than steel. And while academic research labs have successfully synthesized the stuff for years, the first architectural firm has just made Buckypaper on their own.
When nanotech and lasers team up, is there anything they can't do? Apparently not. New research shows a combined nanotube/laser treatment zaps kidney tumors in 80 percent of mice. Nanotech is teaming up with viruses to kill ovarian tumors, too.