Despite doubts from the healthcare industry, Watson recently identified a surprisingly high number of potential cancer treatments for real-life patients.
Imagine data delivered by light. This is an important benchmark toward the development of a whole new computer.
Imagine taking lightning and turning it into thunder. That’s how University of Sydney researchers explain their latest breakthrough. They’ve converted light into sound energy, a world first—and it all took place inside a special microchip they’ve designed. Computing power is going to run out; if we’re going to keep doubling computing power every 18 months, as Moore’s Law suggests, we’re going to have to outgrow the silicon microchip.
Google is closing in on achieving a major quantum computing milestone.
Researchers found what all viruses have in common and created a therapy that should work on any kind, and will outsmart viral mutation.
If you lined up everything alive on the planet today and counted them one-by-one, you’d find that viruses are the most common creatures by far. Pervasive, pathogenic varieties are notoriously hard to treat, as the recent Ebola outbreak and the Zika pandemic attest. Why is that? Well first off, they are incredibly small, a hundred times smaller than your average human cell. Though they cannot take the immune system head on, they can infiltrate your body, hijack cells and use them to replicate.