ScienceDaily: Top Science News |
- Vitamin E may delay decline in mild-to-moderate Alzheimer’s disease
- New studies give strong boost to binary-star formation theory
- Researchers use Hubble Telescope to reveal cloudy weather on alien world
- Cloud mystery solved: Global temperatures to rise at least 4°C by 2100
- How emotions are mapped in the body
- Major reductions in seafloor marine life from climate change by 2100
- Earth's crust was unstable in Archean eon; Dripped down into mantle
| Vitamin E may delay decline in mild-to-moderate Alzheimer’s disease Posted: 31 Dec 2013 01:37 PM PST Vitamin E has just been shown to slow functional decline of Alzheimer's patients and reduce burdens on caregivers. |
| New studies give strong boost to binary-star formation theory Posted: 31 Dec 2013 09:21 AM PST Recent studies add strong, new evidence to the theory that binary stars form when the disk of gas and dust orbiting one young star gravitationally fragments, forming a second young star. |
| Researchers use Hubble Telescope to reveal cloudy weather on alien world Posted: 31 Dec 2013 06:44 AM PST Scientists have definitively characterized the atmosphere of a super-Earth class planet orbiting another star for the first time. |
| Cloud mystery solved: Global temperatures to rise at least 4°C by 2100 Posted: 31 Dec 2013 06:44 AM PST Global average temperatures will rise at least 4°C by 2100 and potentially more than 8°C by 2200 if carbon dioxide emissions are not reduced according to new research that shows our climate is more sensitive to carbon dioxide than most previous estimates. |
| How emotions are mapped in the body Posted: 31 Dec 2013 06:43 AM PST Researchers found that the most common emotions trigger strong bodily sensations, and the bodily maps of these sensations were topographically different for different emotions. The sensation patterns were, however, consistent across different West European and East Asian cultures, highlighting that emotions and their corresponding bodily sensation patterns have a biological basis. |
| Major reductions in seafloor marine life from climate change by 2100 Posted: 31 Dec 2013 06:43 AM PST A new study quantifies for the first time future losses in deep-sea marine life, using advanced climate models. Results show that even the most remote deep-sea ecosystems are not safe from the impacts of climate change. |
| Earth's crust was unstable in Archean eon; Dripped down into mantle Posted: 30 Dec 2013 07:14 AM PST Earth's mantle temperatures during the Archean eon, which commenced some 4 billion years ago, were significantly higher than they are today. According to recent model calculations, the Archean crust that formed under these conditions was so dense that large portions of it were recycled back into the mantle. |
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