Purchasing new hardware? Read our latest product comparisons

Darren Quick

Endothelial progenitor cells can become Endothelial cells (pictured), which make up the li...

A new credit-card sized device could provide a way to test people for heart disease using a pinprick of blood. Developed by a team of researchers from Harvard and Northeastern universities in Boston the device can measure and collect a type of cells, called endothelial progenitor cells, using just 200 microliters of blood.  Read More

The Solar Light Cap won't let you get caught in the dark

New Zealand-based company 2C is selling a range of solar powered LED caps that charge up during the day to provide light at night. All the energy gathering, light-emitting technology is located in the semi-flexible pre-bent beak of the caps including the solar panel and the NiMH battery used to store it.  Read More

The CATSi GPS, GSM and RF tracking device

The CATSi, (pronounced cat's eye), is designed to track almost anything, from pets and people through to cars, trucks and motorbikes. Although we’ve seen plently of GPS trackers before, CATS-i is touting the its new product as the world’s smallest, thinnest and most covert GPS, GSM and RF tracking device ever. This means the device can be used in products that have previously been inaccessible to GPS tracking - little Jimmy should have a hard time detecting a CATSi sewn into his jacket for example.  Read More

Jet lag is one of the major downsides of air travel (Photo: Noel McKeegan/Gizmag)

Research has established that exposure to light is the key to resetting the body’s internal clock to overcome the effects of jetlag. We’ve seen a number of devices that utilize this knowledge such as the Litebook and LED light glasses. Now researchers have developed a software program that could increase the effectiveness of such devices by prescribing a regimen for timed light exposure.  Read More

The dulcet tones of Homer Simpson are ready to guide you to the nearest donut shop

While the Knight Rider GPS by Mio lets drivers live out their boyhood fantasies, it may also bring on a slight superiority complex thanks to the refined tones of William Daniels. TomTom users won’t have that problem now that iconic cartoon everyman Homer Simpson is onboard to guide them to the nearest bar or donut shop.  Read More

A vial of nanocrystals in solution, which serve as “electronic glue” for semiconductor-bas...

A new “electronic glue” for nanocrystals developed by researchers at the University of Chicago and Lawrence Berkeley National Laboratory promises to accelerate advances in semiconductor-based technologies, including solar cells and thermoelectric devices.  Read More

The Go Plate fits over bottles...

Juggling a beer and a plate loaded with appetizers at summer barbecues can become a delicate balancing act. With both hands tied, how do you actually get the food in your mouth without burying your face in the plate? The Go Plate offers a solution by fitting over your drink to free up one hand for shoveling that food in.  Read More

Ninomiya-kun, the book-reading robot

Too tired to read the little ones a bedtime story after a long day? Japanese researchers may have had the time-poor parent in mind when they developed Ninomiya-kun, a robot capable of reading aloud from that most ancient of random access mass storage devices - a book.  Read More

The Squse robotic hand serves up some sushi

Kyoto-based factory automation firm Squse has developed a robotic hand that is dextrous and delicate enough to handle sushi. The scarily lifelike hand is constructed of a polycarbonate skeleton covered by a skin of soft silicone. Its 22 pneumatically powered artificial muscles enable its fingers to move like a human hand and it has 20 different moves up its sleeve, ranging from a full-hand squeeze to a delicate two-finger pinch used to transfer sushi from one plate to another.  Read More

Images of the brain of a transgenic mouse imaged with DEI in computed tomography mode.

A highly detailed x-ray imaging technique previously been used to examine tumors in breast tissue and cartilage in knee and ankle joints could used for early diagnosis of Alzheimer’s disease. Researchers at the U.S. Department of Energy’s (DOE) Brookhaven National Laboratory are the first to test the technique’s ability to visualize a class of minuscule plaques that are a hallmark feature of Alzheimer’s disease.  Read More

Looking for something? Search our 31,679 articles