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A MIT researcher has demonstrated a reaction which resembles the photosynthesis process that plants make each day which means that from now on solar power could be deployed at world scale. Using catalysts developed by the chemist, he showed a video where oxygen was generated from water, just like plants do it in photosynthesis. "I'm going to show you something I haven't showed anybody yet," said Daniel Nocera, the MIT chemist. After the lights were tuned off, he pointed to the video and asked - "Can you see that?" Then he explained - "Oxygen is pouring off of this electrode. This is the future. We've got the leaf." This means that the most difficult obstacle was overcame as from now on we efficiently produce hydrogen gas by splitting water thanks to his catalysts.

The European power transmission sector is currently working towards the development of a sustainable and cost efficient future power grid, owing to the strong growth of renewable energy sources. Grid extension and up-gradation projects along with installation of new substations are attracting huge investments across Europe, especially in Germany, France, United Kingdom, Czech Republic, Romania and Poland.

If electric vehicles aren't your thing, then you may be pleased to hear that at least one company is working on giving that tried and true internal combustion engine a major boost. Artemis, an Edinburgh, Scotland-based company, has developed a hydraulic hybrid transmission that could potentially double the mileage of most vehicles -- by accident, as it happens. The firm's original goal had been to simply reduce CO2 emissions on the highway by 30% (a goal it also achieved).

European researchers developed a new software and sensor system to lower carbon emissions and energy costs in airports, while SITA planned to deploy its AIRCOM Server Flight Tracker in India for efficient aircraft tracking.

Researchers in the US are using pioneering technology to create long-lasting, more efficient nuclear batteries. We talk to Patrick J Pinhero, Alan K Wertsching and Jae Wan Kwon of the University of Missouri about pushing the boundaries of betavoltaic electricity generation. The University of Missouri (MU) is pushing boundaries in betavoltaic electricity generation.

Scientists working on an international collaboration to mimic the process of photosynthesis have reached a significant milestone in the quest to develop an efficient and abundant alternative fuel. The results could bring us one step closer to matching plants in their ability to exploit the Sun's energy