We’ve seen viruses used to help treat cancer, and help building electrical components, now bacteria are being used to solve hitherto intractable mathematics problems:
Imagine you want to tour the 10 biggest cities in the UK, starting in London (number 1) and finishing in Bristol (number 10). The solution to the Hamiltonian Path Problem is the the shortest possible route you can take.
This simple problem is surprisingly difficult to solve. There are over 3.5 million possible routes to choose from, and a regular computer must try them out one at a time to find the shortest. Alternatively, a computer made from millions of bacteria can look at every route simultaneously. The biological world also has other advantages. As time goes by, a bacterial computer will actually increase in power as the bacteria reproduce.
These developments in synthetic biology are really amazing: it is just another example of how researchers are looking at pre-existing biological structures to solve problems (albeit somewhat abstract problems in this case) instead of building technologies from scratch.
5 thoughts on “Bacterial computers to solve complex mathematics problems”
Could you provide a link for the article you quoted? Sounds interesting!
From the germ of an idea to the idea of a germ.
I’ve read pieces that claim all current diseases will be more or less curable within 100 years or so. I believe it based on stuff like this.
Sorry OldMiser et al. Link is http://www.guardian.co.uk/science/blog/2009/jul/24/bacteria-computer.
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