11/11/2013

Pilbara home to 3.5 billion-year-old bacterial ecosystems

(Phys.org) —Evidence of complex microbial ecosystems dating back almost 3.5 billion years has been found in Western Australia's Pilbara region by an international team including UWA Research Assistant Professor David Wacey.

World’s first commercial nanostructured bulk metal

When we think of structural materials, we usually imagine something big, strong and bulky, like steel beams in bridges and buildings, and while we are becoming familiar with composites reinforced with carbon nanotubes and ...

Driverless, networked cars on Ann Arbor roads by 2021

(Phys.org) —By 2021, Ann Arbor could become the first American city with a shared fleet of networked, driverless vehicles. That's the goal of the Mobility Transformation Center, a cross-campus University of Michigan initiative ...

Researchers identify plants that could be mined for metals

(Phys.org) —Mount Kinabalu is well known to climbers and adventurers all over the world – now a University of Queensland researcher is putting the Borneo mountain region on the map for trees that contain some of the world's ...

When the Sahara turned to sand

The Sahara wasn't always a desert. Trees and grasslands dominated the landscape from roughly 10,000 years ago to 5,000 years ago. Then, abruptly, the climate changed, and north Africa began to dry out.

Invention lets companies choose greener cloud options

IBM inventors have patented a technique that enables cloud computing data center operators to dynamically redistribute workloads to lower-powered or underutilized systems, thereby minimizing the environmental footprint and ...

Fossil from the depths of the solar system

(Phys.org) —ISON is approaching the Sun. An international observation campaign which involves ground-based telescopes, space probes and space telescopes has been running for some time and is already providing initial findings. ...

New solar cell is more efficient, less costly

(Phys.org) —American innovators still have some cards to play when it comes to squeezing more efficiency and lower costs out of silicon, the workhorse of solar photovoltaic (PV) cells and modules worldwide.

page 6 from 9