DNA computing concept first came in 1994. DNA is made up of "biochips" by multiplying their numbers once they are able to perform billions of calculations. In other words, the DNA computer made of DNA. A recent gabhesanaya, University of Manchester researchers showed that, in real life to create the conceptual computer.
Now let's come to the details of the post, Intel Moore 's Law's limitations are struggling to increase the speed of the CPU. The processor speed and other manufacturers are working hard to beat. However, there is nothing wrong in that, for rapid computing researchers and scientists will have to look for something else as an alternative to silicon. There are a finite number of silicon-based computer processors, also terminating their powers. That means, for the speed of the processor will need to create an infinite number.
DNA computer? How does it work?
Look back in 1994, the first small padanke large calculations quickly comes to mind the idea of DNA computing. As to the mention of the subject, and simultaneously it can multiply itself many to count. In other words, a normal computer, where a series of calculations to work, there is a DNA computer in the calculations at once by creating multiple copies of itself capable of performing.
Back again in 1994, the idea of DNA computing famous cryptographer or kriptographara Leonard Adleman (Leonard Adleman) was discovered by DNA used in the "traveling salesman" problem. The purpose of this problem was only once in each city through the small towns out on the road. Adleman showed a drop billions of DNA molecules, which are much more computational power and strong human silicon-based computers will be able to overcome. This means that the silicon-based computers to calculate the power and strength of the human DNA with computational power nacchi (tiny).
His gabhasanaya, the city identified the DNA of the Law 7. The genetic sequence of the alphabet A, T, C, and G [A = adinina (Adenine), T = thaimina (Thymine), C = cytosine (Cytosine) G = guanine (Guanine)] cities, and identifies ways. When the DNA molecules are mixed in a test tube, a few strings of DNA stuck together, and this was the answer most likely is sutrasikalai. Some of the chemical reaction, using the wrong molecules were removed. You can look at the picture below, you can learn in detail about the process. The writing of this paper is to Adleman.
The molecules of DNA billions of times more data than traditional storage devices can store. Recently has been quite successful in this regard. After all, the issue is one of our favorite tune details. Due to the availability of abundance of DNA, it is a good resource (resource is). Also, a DNA computer environment friendly and very compact size.
What are the latest developments? DNA computing is very soon going to become a reality?
In 1997, the University of Rochester (University of Rochester) DNA, the researchers developed the basic logic gate, which is seen as a breakthrough. DNA computing is a major development for the University of Manchester (University of Manchester) has been made by researchers, which is stored in the memory of the first electronic computer (First Stored Memory Electronic Computer) as the most famous.
The researchers showed that the DNA of the calculation according to which the computer can be made to increase the number of its prasasarera. This kanasepatake Nondeterministic Universal Turing Machine (NUTM) is called.
DNA molecules are very small, such as a desktop "DNA" of electronic computers all over the world more than a computer processor can be iutilaija. King of Manchester's School of Computer Science and Professor says
In a study, they describe a NUTM- of the physical design of the Universal Thue System- This is just cooked. This design uses the power of DNA replication, which uses the index number to execute the way. Gabhesanara their paper shows that this design in vitro molecular biology (vitro molecular biology) - Using the experiment and computation modeling. For more details you can read the paper in gabhesanara them from here.
Ultimatum
At present, DNA computing is in nascent stage, and it will take a long time to form an operational DNA computer. However, whatever the rate of progress, the kanasepa exciting indeed. When it comes to our approach is the DNA computer? The event will take still more developers. Your thoughts and practical ideas you can share with me. Let's see if something can be done 👦🙈. So good luck to everyone. And yes, Headlines busy. Khoda Hafez.
