Scientists at Stanford are hard at work trying to improve the efficiency and durability of solar panels– two key factors that have kept the Sun from becoming a more popular source of energy. Their latest effort involves nanocrystalline-silicon, a material that has proven resilient and highly conductive, but not very good at absorbing light. Their solution, nanoshells — hollowed out spheres of silicon that trap and recirculate light much like a whispering gallery does sound. Balls of the crystalline material are dipped in silicon, then hydrofluoric acid is used to eat way the center of the sphere, leaving a path for light to enter. The shells trap the light, allowing more of it to be absorbed, and also reduces the effect of non-optimal angles on energy production. Hit up the source for a few more details.

from Engadget

from New Scientist – Online News

The focus-free Lytro camera is so good that Steve Jobs reportedly wanted to roll the technology into the iPhone. Though it’s not quite ready for sale yet, a teardown has revealed that the camera is capable of communicating via Wi-Fi and Bluetooth. More »

from Gizmodo

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? More »

from Gizmodo

The reason people are so pumped about solid-state hard drives right now is because they’re super-speedy. But if you think your SSD is fast, just wait until a new breed of laser-based hard drives comes to market. More »
from Gizmodo