ScienceDaily: Top Technology News |
- Bacterial genome important to fuel and chemical production sequenced
- Predicting electric power outages before they happen
- Smelly discovery challenges effectiveness of antimicrobial textiles
- 'Milky Way explorer' tours the solar system
- New advances in the study hydrodynamic turbulence in disordered medium
| Bacterial genome important to fuel and chemical production sequenced Posted: 26 Sep 2014 06:35 PM PDT Researchers sequence the entire genome of the Clostridium autoethanogenum bacterium, which is used to sustainably produce fuel and chemicals from a range of raw materials, including gases derived from biomass and industrial wastes. |
| Predicting electric power outages before they happen Posted: 26 Sep 2014 06:35 PM PDT Power outages are often the result of automated protection measures that ensure power surges or downed power lines don't injure people, damage trees, damage appliances or impact other parts of the grid. |
| Smelly discovery challenges effectiveness of antimicrobial textiles Posted: 26 Sep 2014 12:04 PM PDT Anti-odor clothing may not be living up to its promise, and a researcher is saying it could all be a matter of how the product was tested. |
| 'Milky Way explorer' tours the solar system Posted: 26 Sep 2014 12:04 PM PDT Imagine seeing the Sun, planets, and a myriad other objects in our Solar System as you have never seen them before -- in invisible radio light! The National Radio Astronomy Observatory released a new Solar System installment of its Milky Way Explorer. |
| New advances in the study hydrodynamic turbulence in disordered medium Posted: 26 Sep 2014 05:58 AM PDT A fluid front slowly invading a disordered medium exhibits all the distinguishing features of an intermittent dynamics, according to a new study. An intermittent dynamics characterises turbulence. This property has recently been observed in numerical simulations in porous media flows. The new study is the first experimental evidence and detailed characterization of intermittency in fluid invasion of confined heterogeneous media. |
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