Imperial College London Made a Photosynthesis Movie Using Lasers
References: www3.imperial.ac.uk & engadget
Researchers at the Imperial College London have recently developed a system to create a photosynthesis movie, capturing the natural process by which plants convert the Sun's light into usable energy. Through the use of ultra-rapid laser pulsing, the scientists were able to piece together images of the lighting-fast Photosystem II enzyme reaction.
While scientists have known about the broad strokes of photosynthesis for a long time, the minute details of the photosynthetic process have remained something of a mystery. This is because certain aspects of photosynthesis happen at incredibly fast rates -- on the scale of picoseconds (i.e. trillionths of a second.) By using precisely timed lasers, the Imperial College researchers were able to capture a photosynthesis movie in real time.
The findings will be used to make artificial photosynthesis, the process used in solar panels, more efficient in the future.
While scientists have known about the broad strokes of photosynthesis for a long time, the minute details of the photosynthetic process have remained something of a mystery. This is because certain aspects of photosynthesis happen at incredibly fast rates -- on the scale of picoseconds (i.e. trillionths of a second.) By using precisely timed lasers, the Imperial College researchers were able to capture a photosynthesis movie in real time.
The findings will be used to make artificial photosynthesis, the process used in solar panels, more efficient in the future.
Trend Themes
1. Ultra-rapid Laser Pulsing - Opportunity to use ultra-rapid laser pulsing to capture and study fast reactions in various scientific fields.
2. Real-time Movie Capture - Opportunity to develop real-time movie capture techniques for studying intricate and rapid processes in different industries.
3. Artificial Photosynthesis - Opportunity to enhance and optimize artificial photosynthesis processes for improved solar energy conversion.
Industry Implications
1. Scientific Research - Opportunity to revolutionize scientific research by capturing and analyzing fast reactions in various fields.
2. Film and Animation - Opportunity to create captivating movies and animations that accurately represent intricate natural processes using real-time capture techniques.
3. Renewable Energy - Opportunity to develop more efficient artificial photosynthesis techniques for enhancing solar energy conversion and storage.
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