dna computer การใช้

• But someday, he predicted, DNA computers might become useful for specialized tasks.
• This first attempt at a DNA computer has, admittedly, limited applications.
• As time goes by, your DNA computer may start to dissolve,
• The problems solved by DNA computers to date are rudimentary.
• Builders of DNA computers represent information in terms of the chemical units of DNA.
• No one expects DNA computers to replace laptops or other computers based on silicon.
• Still, DNA computers might solve certain kinds of problems faster than the fastest supercomputer.
• This may be the same thing is DNA computer.
• The corresponding bin becomes fluorescent, indicating which box is being played by the DNA computer.
• More pragmatic people might ask, Why bother to make a DNA computer even if you could?
• In this latter regard, DNA computers seem appealing because they are so tiny and use so little energy.
• One problem is that setting up DNA computers and extracting results from them can take days, sometimes weeks.
• Are all molecular computers DNA computers?
• The advantages of DNA computers would be that they are a billion times as energy efficient as conventional computers.
• A DNA computer has biochemical as well as computational properties; a conscious mind has phenomenological as well as computational properties.
• If not, then apart from DNA computers, what other types of molecular computers are there ( or will there be )?
• Though the attending scientists suggested improvements in Adleman's model, few believe that the DNA computer could ever replace the silicon computer.
• Lipton noted that a DNA computer should be able to solve a satisfiability problem with 70 variables and 1, 000 and-or connections.
• But just last month a second article on DNA computers published in Science outlined a method to increase the reach of Adleman's experiment.
• Again the trade in ideas flows in both directions : scientists have recently made DNA computers that carry out simple computations inside test tubes.