What is protein memory? Advantages: Several biological molecules are being considered for use in 14. Advantages and Applications of computers, but the bacterial Bacteriorhodopsin (bR)-has generated Bacteriorhodopsin is an much interest among scientists. In the excellent molecule for photonics. past few decades, much research was Naturally occurring, the purple carried out in several laboratories in pigment grows in salt marshes and North America, Europe, and Japan, has evolved to exist in half-a-dozen and the scientists become successful stable states within a convenient, in building prototype parallel reversible photo cycle. This robust processing devices, three-dimensional system, coupled with the emergence memories, and protein-based neural of genetic engineering, forms the networks. basis of a variety of applications and Bacteriorhodopsin, a light devices based on bacteriorhodopsin harvesting bacterial protein, is the that are now beginning to emerge. basic unit of protein memory and is The range of potential applications for the key protein in halo bacterial which bacteriorhodopsin (bR) has photosynthesis. It functions like a been light-driven photo pump. Under Investigated is remarkable. It exposure to light it transports photons includes: from the hollow bacterial cell to 1) Reversible holographic memory another medium, changes its mode of 2) Ultrafast random-access memory operation from photosynthesis to 3) Neural logic gates respiration, and converts light energy 4) Spatial light modulation to chemical energy thus can be 5) Nonlinear optical filters utilized to frame protein memories. 6) Photonic-crystal band gap ENERGY PATTERN materials, 7) Pattern-recognition systems 8) High-contrast displays Protein Memory Chip 9) Optical switches 10) Pico second photo detectors.
What is protein memory? Several biological molecules are being considered for use in computers, but the bacterial (bR)-has generated much interest among scientists. In the past few decades, much research was carried out in several laboratories in North America, Europe, and Japan, and the scientists become successful in building prototype parallel processing devices, three-dimensional memories, and protein-based neural networks. Bacteriorhodopsin, a light harvesting bacterial protein, is the basic unit of protein memory and is the key protein in halo bacterial photosynthesis. It functions like a light-driven photo pump. Under exposure to light it transports photons from the hollow bacterial cell to another medium, changes its mode of operation from photosynthesis to respiration, and converts light energy to chemical energy thus can be utilized to frame protein memories. ENERGY PATTERN Protein Memory Chip Advantages: 14. Advantages and Applications of Bacteriorhodopsin Bacteriorhodopsin is an excellent molecule for photonics. Naturally occurring, the purple pigment grows in salt marshes and has evolved to exist in half-a-dozen stable states within a convenient, reversible photo cycle. This robust system, coupled with the emergence of genetic engineering, forms the basis of a variety of applications and devices based on bacteriorhodopsin that are now beginning to emerge. The range of potential applications for which bacteriorhodopsin (bR) has been Investigated is remarkable. It includes: 1) Reversible holographic memory 2) Ultrafast random-access memory 3) Neural logic gates 4) Spatial light modulation 5) Nonlinear optical filters 6) Photonic-crystal band gap materials, 7) Pattern-recognition systems 8) High-contrast displays 9) Optical switches 10) Pico second photo detectors.
52158418-PROTEIN-MEMORY-FOR-COMPUTERS.docx