Researchers at Leiden University in the Netherlands plan to develop artificial leaf using nature's building blocks to harness solar energy even in the worst places.
Using crops as a source of energy generated in the past years a great controversy. Once because we could use those crops as food for people and second because we use good agriculture lands to generate energy. But what if we could use an alternative to the crops and use smaller areas of lands to generate the same amount of energy?
Geothermal technology surely is one of the cleanest technologies available to us, extracting clean heat from the hot underground. This energy source is often seen as inexhaustible, and its benefits seem to outweight its weak points. For decades, geothermal companies have been drilling into Earth's crust at depths of over 4-5km.
The inventor of Segway (you know, those 2-wheeled self-balancing personal transporters you see in touristic cities - I saw one in Rome) is now specializing in Stirling engines - the grandfather of the steam engine and more efficient than current gasoline engines.
In the renewable energy field offshore wind farms are not a new concept and Europe has already made several developments in the technology, which promises better returns than onshore farms being built all over the world.
Scientists at the University of Toronto have created a new type of light sensor that acts like a pixel in a digital camera. Researchers believe the sensor, which takes advantage of a phenomenon called multi-exciton generation (MEG), could lead to substantial advancements in the performance of a variety of electronic devices including digital cameras.
Some people have realized that our interference with the planet's ecosystems is in most cases disastrous and have come with several ideas to diminish our influence on the environment. Industrial designer Chris Allen has come up with an idea to use plastic bottles that we usually throw away to help generate energy from wind.
A Korean team led by Nam-Gyu Park has recently made a breakthrough discovery in solar cell development. This discovery will not only increase the efficiency of thin-film panchromatic solar cells but as well the use of clean and reusable energy on the entire globe.
Columbia University has announced the development of a structure that could capture carbon 1,000 times faster than a real tree. Klaus Lackner said, as the "tree" could be used for capturing carbon which has been already emitted into the air by car gasoline or airplain fuel.
Solar cell system which concentrate solar light through lenses seem to be the most efficient and advantageous. The concentrator enables the system to work with cheaper lens system instead of expensive semi-conductor materials, making it as well more efficient.
