|
|
Solar Energy from Plant Protein Structure
Solar Energy from Plant Protein Structure
Nanoscience is quite fascinated with the process of photosynthesis. They want to duplicate this process exhibited by green plants and utilize the solar power for energy use. Till now power generating solar panels are not in a position to replace the fossil fuels. They produce little amount of energy hp ev088aa battery and quite expensive also. Generation of solar energy also depends on geographical locations. Deserts are more suitable locations for solar power than areas experiencing temperate climate. But we can have a new source of solar power that also delivered a power packed performance for us when it is on our dinner/lunch plate i.e. pea power.
We know they taste good but scientists are trying to utilize them for generation of solar energy. This project is undertaken by researchers from Tel Aviv University’s Department of Biochemistry. They find out that minute crystals present in peas could be utilized as battery chargers. They are not ruling out the possibility of pea crystals as the core of efficient artificial solar cells.
Nanoscience is basically the science of small particles of materials. In modern times it is one of the hot pursuits in research frontiers. Mother Nature, till date is the greatest nanoscientist. She has no problem in positioning the molecules with sub-nanometer precision lenovo 3000 n500 battery. It’s the usual routine job for nature. This kind of positioning is also vital to the operation of biological complexes such as photosynthesis. Prof. Nelson’s research paid attention to this aspect.
Quote: battery chargers, department of biochemistry, dinner lunch, green plants, hot pursuits, lunch plate, minute crystals, nanometer precision, plant protein, process of photosynthesis, protein structure, research frontiers, routine job, solar cells, tel aviv university