Dario Borghino

In a paper recently published on Nature Physics, the National Institute of Standards and Technology (NIST) documented the implementation and verification of a two-qubit quantum computer that, according to researchers, is a truly general-purpose machine and could soon be used as a building block for much larger quantum computers. Read More

Researchers at Purdue University have reported important progress in developing finFETs, a type of transistor that some say will eventually substitute the silicon-based kind because it allows engineers to push miniaturization even further in the perpetual effort to validate the predictions of Moore's Law. Read More

Spiders are remarkable animals: with over 40,000 classified species, they are among the most diverse known to man and can adapt to the most radical climatic conditions. The silky substance they produce to spin webs has been extensively studied and is known to rival steel in strength: a less-known fact, however, is that the "glue" that holds it all together is just as remarkable, and could soon become the key to producing stronger bioadhesives to replace petroleum-based products. Read More

Asus has announced the world's first motherboard to support the upcoming USB 3.0 standard, allowing data transfer rates approaching 600MB/s. It also includes the latest generation SATA, which will support transfer speeds of up to 6Gbit/s, and the company has also flagged a cheaper alternative in the form of an add-in card that will offer these two functionalities for motherboards of the same family and will be sold for under US$30. Read More

Blood vessels that supply tumors are more porous than normal vessels, makes nanoscale drug delivery systems a particularly attractive prospect. If properly engineered, nanoparticles can in fact get inside a tumor, targeting it precisely and allowing much higher drug dosages as they reduce side effects to a minimum. Two recent studies featured in the latest issue of the journal Nature Materials specifically address these issues and give us promising leads in the fight against cancer. Read More

If you thought Intel's plans to embed eight cores in its high-end processors were a bit too out there, you'll find that the latest processor developed by semiconductor start-up Tilera is even more of an extreme. Packing 100 1.25GHz to 1.5GHz cores on a single chip, the Gx100 brings parallel processing to the extreme thanks to a new architecture that minimizes the bus bottleneck in today's multi-core processors. Read More

A team of researchers from the University of Cincinnati have achieved control of the spin of electrons traveling on a wire by simply regulating an electrical voltage. This is a major milestone in the brief history of spintronics, the emerging technology that uses the spin of electrons to store and manipulate digital information with much higher speeds and efficiency. Read More

Since it was founded three years ago, Twitter has quickly grown into a social phenomenon used by presidents and bloggers alike for breaking news, political protests, marketing and personal blogging, offering a unique real-time cross-section of today's society. In a recent announcement made by Google's VP of search products and user experience, Melissa Mayer, the search giant said it had reached an agreement with the microblogging service and would soon be able to integrate status updates with its standard search results. Read More

By manipulating matter at the nanoscale level, engineers from North Carolina State University led by Dr. Jagdish Narayan have developed a new material that could make it possible to manufacture terabyte memory chips the size of a fingernail, boost vehicles' fuel economy significantly and reduce heat dissipated by semiconductors, with applications ranging from spintronics to solar panel technology. Read More