Instrumented Interconnecteds Intelligent

Posted by
Guest in

Post feed

RSS 2.0

by Antony Williams PhD, Vice President of Strategic Development, Royal Society of Chemistry

When doodling in a planning meeting last year Professor Graham Richards of Oxford University, considered a molecular structure with three hexagonal rings above two other rings that would make for an interesting synthetic challenge.  With the support of an international collaboration of scientists the doodle was brought to reality in a little over a year. Based on its shape the doodle became known as “olympicene”, a compound with interesting electronic and optical properties, that could potentially be used for the next generation of solar cells and high-tech lighting sources such as LEDs.

A Compound is Born

Richards’ doodle eventually made it into the hands of chemists at the University of Warwick.  After several months olympicene was finally produced by Anish Mistry, from the David Fox group, using a multi-step synthesis. The compound is a powder, that is very sensitive to light.  In fact, even with brief exposure it changes color.  A complete profile and many of the reaction steps for olympicene can be found in the online database ChemSpider SyntheticPages.

Samples of the isolated materials generated during the multi-stage synthesis were analyzed at Warwick using standard spectroscopic techniques such as nuclear magnetic resonance and mass spectrometry, which measures the mass of particles. The team also performed analyses using microscopy, but were not satisfied with the resolution.

Coincidentally, I had recently  become interested in the work of a small team at IBM in Switzerland that had developed a complex technique to image or “take a picture” of molecules in the journal Nature — it turned out to be the coup de grace for the team.

International Collaboration

Back in 2009, at the IBM Research lab in Zurich scientists imaged, for the first time, the chemical structure of an individual molecule with unprecedented resolution, using technique they developed called noncontact atomic force microscopy. In a press release on the achievement IBM scientists loosely compared the technique to “how a doctor uses an X-ray to image bones and organs inside the human body.”

Olympicene radical compared to IBM written with Xeon atoms in 1990 by IBM scientist Don Eigler.

Fast forward to 2012.  After scientists at Warwick pushed the limits of imaging the olympicene with their microscopy equipment they contacted the IBM scientists in an attempt to see whether they could use their technique for even greater resolution. The result? A beautifully rendered image of a single molecule of olympicene.

IBM scientist Leo Gross and his colleagues from the IBM Research Lab collaborated with Ben Moreton, from the Giovanni Costantini group at the University of Warwick, to generate the spectacular images shown here.

One particular challenge for Dr. Gross and the team was that they had to abstract a single hydrogen atom from olympicene. This is not something that can be done with a pair of tweezers — when you consider that olympicene is only 1.2 nanometers wide, or 100,000 times thinner than a human hair, it is an impressive feat.

The next step will be to publish the findings in a scientific journal and to look for applications of the compound.

It took a team of scientists interested in collaboration, the joy of science and a passion for pushing the boundaries to get here. Truly a celebration of international collaboration and innovative science at its best.

YouTube Preview Image

Bookmark and Share

Previous post

Next post

6 Comments
 
March 6, 2014
4:29 am

I can see that you are putting a lots of efforts into your blog. Keep posting the good work. Some really helpful information in there. Bookmarked. Nice to see your site. Thanks!


Posted by: Nasi Pecel
 
March 6, 2014
3:20 am

thank you for this article, very help me to clear this case


Posted by: Export Import
 
June 13, 2013
9:08 am

It’s pretty evident when IBM gets involved you have something special. Tremendous on the part of your entire team. Can wait to see what these leads to in the future.?


Posted by: chad
 
August 7, 2012
1:23 am

Thanks so much I truly appreciate the comment ~ and I have bookmarked your wonderful site as well ~ I enjoy lamb but have never really prepared it so your lovely site is going to be fabulous in teaching me the basics ~ thank you.


Posted by: Sugar Land electrician
 
May 29, 2012
7:33 am

We understand the world and its bussiness in a smarter way..proub to be an IBMer and its 100yrs of inovation..
Smarter Planet..Smarter IBM..


Posted by: Angshuman Das
 
May 28, 2012
12:19 am

Check out the video here: http://youtu.be/dFp8Eoh_Vqo


Posted by: Chris
 
2 Trackbacks
 
October 23, 2012
3:46 am

[...] from IBM Research Zurich just created a tiny 5-ringed molecule called olympicene that is only 1.2 nanometers wide— about [...]


Posted by: Olympicene: New Molecule Shaped Like the Olympic Rings Could Revolutionize Solar Technology
 
June 2, 2012
5:37 am

[...] from IBM Research Zurich just created a tiny 5-ringed molecule called olympicene that is only 1.2 nanometers wide— about [...]


Posted by: Olympicene: New Molecule Shaped Like the Olympic Rings Could Revolutionize Solar Technology | Inhabitat - Sustainable Design Innovation, Eco Architecture, Green Building
 
Post a Comment