Molecular nanotechnology: Computer chip developed from seasquirt molecules

Sep 10, 2012

Scientists from the University of Aberdeen's Marine Biodiscovery Centre and the University of St Andrews today presented their work on the components of a new type of computer chip created using molecules from a sea squirt sourced from the bottom of the Great Barrier Reef, at the British Science Festival 2012.

Their research – which is the first of its kind in the world - could lead to the development of a computer which is greener to produce, processes information faster and is more compact in size.

Professor Marcel Jaspars, Professor of at the University of Aberdeen and Director of the institution's Marine Biodiscovery Centre said:  " are currently made of a series of transistors made of silicon. Though made from a natural resource – sand – a vast number of are required to make one single transistor and in addition a lot of energy is used in the development of this type of transistor.

"This project is looking at a greener, more sustainable alternative - making transistors from single molecules sourced from nature. It is a global first – we are the only group of scientists to be working towards making this potential breakthrough in using sponges from the deep. Specifically focus is on the molecule patellamide, originally discovered from the seasquirt Lissoclinum patella found in the ."

Scientists working on the project have achieved a process for redesigning and producing these molecules to be used as computer components. Their production uses clean and green .

Professor Jaspars continued: "Developing a computer chip from single molecules sourced from nature has a number of benefits. It is greener to produce as we can essentially 'grow' the parts required for the new 'patellamide' computer chip in a test tube meaning it would be significantly more environmentally-friendly than creating silicon computer parts.

"It would result in a smaller, more compact computer as the computer chip would have an array of single patellamide molecules meaning overall the computer chip would be more compact.

"The result would be a faster computer as using smaller components means that they are closer together within the computer chip meaning they transfer information between one another at a far faster pace – essentially meaning the computer will operate more quickly."

This project is an example of the pioneering research being conducted within the University's Marine Biodiscovery Centre which is harnessing the potential of unique marine organisms from the depths of the world's oceans. Scientists from the Centre are also exploring the potential of natural resources from our seas to create new pharmaceuticals for the treatment of diseases such as cancer.

Professor Jaspars said: "Nature is the source of a number of beautifully engineered and efficient molecular machines which are being tapped for their potential use in molecular nanotechnology. This project is just one strong example of the exploration of this potential and the benefits it could have."

Explore further: Separation of para and ortho water

Related Stories

Identifying Molecules from the Deep Sea (w/ Video)

Aug 02, 2010

In a pioneering research project, for the first time, scientists at IBM and the University of Aberdeen have collaborated to "see" the structure of a marine compound from the deepest place on the Earth using ...

Building a Molecular Computer Chip

Feb 13, 2007

For Dr. Jerry Bernholc, a trip to Oak Ridge National Laboratory (ORNL) is like a suburbanite’s trek to Costco. Bulk consumption is the name of the game.

Cancer therapies from the ocean?

Jul 07, 2008

Scientists from Aberdeen, Luxembourg and the South Pacific have studied the properties of natural products derived from animals found in Fijian waters, and shown that not only may certain compounds have potential use in anti-cancer ...

Researchers devise a way to a create graphene transistor

Jul 18, 2012

(Phys.org) -- Researchers in Germany appear to have found a way to create a monolithic (integrated) graphene transistor, using a lithographic process applied to silicon carbide, a breakthrough that could lead ...

Recommended for you

Separation of para and ortho water

19 hours ago

(Phys.org) —Not all water is equal—at least not at the molecular level. There are two versions of the water molecule, para and ortho water, in which the spin states of the hydrogen nuclei are different. ...

User comments : 1

Adjust slider to filter visible comments by rank

Display comments: newest first

flashgordon
not rated yet Sep 10, 2012
Hate to complain, but this article doesn't explain how the computer is built; is it made out of sea squirt molecules? Or, do the sea squirt molecules function enzymatically?