NeverWet – revolutionary new product that repels liquids


NeverWet™ coatings are a featured product at the DaVinci Inventor Showcase 2011

NeverWet™ coatings are Superhydrophobic and Oleophobic. Water on NeverWet™ surfaces sits as an almost perfect sphere. Water beads “glide” over the surfaces like a skate gliding over ice, with almost no surface friction. Superhydrophobic surfaces such as the leaves of the lotus plant have surfaces that are highly hydrophobic, i.e., extremely difficult to wet.  “Oleophobic” (from the Greek (oleo) “oil”) refers to the physical property of a molecule that is repelled from oil.


Continue reading… “NeverWet – revolutionary new product that repels liquids”


Nanotechnology Breakthrough Promises to Recover Usable Fingerprints From Old Evidence


New nanotech method will allow better analysis of latent fingerprints.

Forensic investigators will be able to study old, dry fingerprints with a new fingerprint analysis method.  This new method could potentially unmask new evidence in cold cases.  The new method uses gold nanoparticles that are able to target amino acids on non-porous surfaces.  This will allow better analysis of latent fingerprints.


Continue reading… “Nanotechnology Breakthrough Promises to Recover Usable Fingerprints From Old Evidence”


Carbon Nanotube Patch Could Help Heal the Heart


A tiny patch made out of carbon nanotubes may help regenerate heart cells.

According to research from Brown University, a conductive patch of carbon nanotubes can regenerate heart tissue growing in a dish.  The patch, made of tiny chains of carbon atoms that fold in on themselves, forming a tube, conducts electricity and mimics the rough surface of natural tissue. The more nanotubes the Brown researchers added to the patch, the more cells around it were able to regenerate.


Continue reading… “Carbon Nanotube Patch Could Help Heal the Heart”


Mobile Phones Could be Charged by the Sound of Your Voice

mobile phone

Engineers have developed a new technique for turning sound into electricity, allowing a mobile to be powered up while its user holds a conversation

 A dead battery or a lost charger are among the frustrations of modern life for cellphone users.  There is now new research that promises a way to recharge phones using nothing but the power of the human voice.


Military Hopes to Create Squid-like Camo

squid-like camo

Scientists are studying how squid and other cephalopods change color and pattern of their skin to blend in with their environment.

Octopuses, squid, and cuttlefish have the ability to instantaneously change the color and pattern of their skin to blend in with their surroundings.  This has caught the eye of the U.S. military and now its goal is a new generation of high-tech camouflage.


Continue reading… “Military Hopes to Create Squid-like Camo”


Nano-Fabrics and Nano-Coatings in the Future


Nano-Netting – Super strong nano fibers so small they are invisible
to the human eye, giving the illusion of being suspended in air

Futurist Thomas Frey:  Imagine walking into a store in the future, a store whose business is comprised solely of applying coatings to your clothing. All of the coatings will be invisible to the human eye.

Continue reading… “Nano-Fabrics and Nano-Coatings in the Future”


NASA Makes Longer, Straighter Piezoelectric Nanowires in Microgravity


Microgravity provides nano solutions.

Piezoelectric nanowires are the stuff that make power-generating pants a possibility, and that prodigious potential has drawn the attention of NASA. You see, self-powered spacesuits are awfully attractive to our nation’s space agency, and a few of its finest student researchers have discovered that the current-creating strands of zinc oxide can be made longer and straighter — and therefore more powerful — when freed from gravity’s unrelenting pull. That means nanowires grown in microgravity could lead to higher capacity batteries and the aforementioned juice-generating interstellar garb…

Continue reading… “NASA Makes Longer, Straighter Piezoelectric Nanowires in Microgravity”


Self-cooling Effect Observed in Graphene Electronics


AMF measures self-cooling in graphene.

Graphene is a substance that scientists have been highly interested in as an alternative material for faster-charging batteries. We’ve been hearing for several years about its potential to replace silicone in computer chips, but for the first time, we’re hearing that graphene might also be self-cooling, a feature that might be a huge boon for more efficient and energy-saving devices.


Nanotechnology Breakthrough for Antibiotics


Nanostructures are introduced to traditional antibiotic drugs they make them much more effective.

Powerful new antibiotics are being developed that act like magnets to destroy bacteria and disease, according to a new study.  Researchers from IBM, the computer giant, say they are working on tiny particles known as nanostructures that are attracted to infected cells but do not destroy healthy ones.


Human Heartbeat Could be Used to Charge an iPod

apple ipod

The latest device is thousands of times more powerful than its predecessors, allowing scientists to take the technology out of the lab for the first time.

The human heartbeat could be used to power an ipod after scientists developed a tiny chip which uses the body’s own movement to generate power.  Scientists hope that as the nanotechnology used in the chip evolves, it could lead to electronics which don’t require batteries or mains power.