Press Releases

Monday, July 29, 2013

Hydrogen is deceptively simple. It has only a single electron per atom, but it powers the sun and forms the majority of the observed universe. As such, it is naturally exposed to the entire range of pressures and temperatures available in the whole cosmos. But researchers are still struggling to understand even basic aspects of its various forms under high-pressure conditions. New work from a team at Carnegie’s Geophysical Laboratory makes significant additions to our understanding of this vital element’s high-pressure behavior.

Wednesday, July 24, 2013

Comets and meteorites contain clues to our solar system's earliest days. But some of the findings are puzzle pieces that don't seem to fit well together. A new set of theoretical models from Carnegie's Alan Boss shows how an outburst event in the Sun's formative years could explain some of this disparate evidence. His work could have implications for the hunt for habitable planets outside of our solar system.

Monday, July 22, 2013

A Carnegie-led team of researchers has for the first time mapped the above ground carbon density of an entire country in high fidelity. They integrated field data with satellite imagery and high-resolution airborne Light Detection and Ranging data to map and quantify carbon stocks throughout the Republic of Panama. The results are the first maps that report carbon stocks in areas as small as a hectare (2.5 acres) with the lowest uncertainty of any carbon-counting approach yet.

Thursday, July 18, 2013

Carnegie geochemist Richard Carlson has been awarded the prestigious Arthur L. Day Medal from the Geological Society of America (GSA) for “outstanding distinction in contributing to geologic knowledge through the application of physics and chemistry to the solution of geologic problems.”

Wednesday, July 17, 2013

A study published in the July 17, issue of the journal PLOS ONE found that more than 80% of tropical forests in Malaysian Borneo have been heavily impacted by logging.

Friday, July 12, 2013

Proper tissue function and regeneration is supported by stem cells, which reside in so-called niches. New work from Carnegie’s Yixian Zheng and Haiyang Chen identifies an important component for regulating stem cell niches, with impacts on tissue building and function. The results could have implications for disease research.

Tuesday, July 9, 2013

Christopher Field, the founding director of Carnegie’s Department of Global Ecology has been awarded one of Germany’s most prestigious prizes, the Max Planck Research Prize.

Tuesday, July 2, 2013

Transport proteins are responsible for moving materials such as nutrients and metabolic products through a cell’s outer membrane, which seals and protects all living cells, to the cell’s interior. These transported molecules include sugars, which can be used to fuel growth or to respond to chemical signals of activity or stress outside of the cell. Measuring the activity of transporter proteins in a living organism has been a challenge for scientists, because the methods are difficult, often require the use of radioactive tracers, and are hard to use in intact tissues and organs. A team led by Wolf Frommer, director of Carnegie’s Plant Biology Department, has now developed a groundbreaking new way to overcome this technology gap.

Monday, July 1, 2013

Superconductivity is a rare physical state in which matter is able to conduct electricity—maintain a flow of electrons—without any resistance. This phenomenon can only be found in certain materials under specific low-temperature and high-pressure conditions. Research to create superconductors at higher temperatures has been ongoing for two decades with the promise of significant impact on electrical transmission. New research found unexpected superconductivity that could help scientists better understand the structural changes that create this rare phenomenon.

Friday, June 28, 2013

To prevent coral reefs around the world from dying off, deep cuts in carbon dioxide emissions are required, says a new study from Carnegie’s Katharine Ricke and Ken Caldeira. They find that all existing coral reefs will be engulfed in inhospitable ocean chemistry conditions by the end of the century if civilization continues along its current emissions trajectory.