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|Professor Sir Harold “Harry” Kroto, Ph.D., 1996 recipient of the Nobel Prize in Chemistry. Courtesy Florida State University.|
FAU to Present 2010 Nobel Laureate Lecture with Professor Sir Harold "Harry" Kroto
Kroto received the 1996 Nobel Prize for Chemistry for his co-discovery of C60, a pure form of carbon and one of the first building blocks of nanotechnology.
Florida Atlantic University's Charles E. Schmidt College of Science and the Division of Research will present the 2010 Nobel Laureate Lecture on Friday, February 26 from 4-5:30 p.m. in the Libby and Harry Dodson Auditorium in the Christine E. Lynn College of Nursing. Professor Sir Harold "Harry" Kroto, Ph.D. is the 1996 recipient of the Nobel Prize for Chemistry and the Francis Eppes Professor, department of chemistry and biochemistry at Florida State University and an advisory board member of FAU's department of chemistry and biochemistry.
As chemistry and physics at one borderline and chemistry and biology at the other begin to become indistinguishable, multidisciplinary research is leading to the fascinating "new" overarching field of nanoscience and nanotechnology. Titled "Architecture in Nanospace," in his lecture, Kroto will discuss how ingenious strategies for the creation of molecules with exactly specified structures and functions are being developed; in essence, molecules that "do things" are now being made. His Nobel Prize was based on his co-discovery of buckminsterfullerene, an unusual carbon molecule consisting of 60 carbon atoms arranged as a spheroid, in a pattern exactly matching the stitching on soccer balls. As the geodesic domes designed by the late inventor/architect Buckminster Fuller were crucial in arriving at the correct structure at the time of the discovery, Kroto named the molecule "buckminsterfull erene" - now nicknamed "buckyball." Its discovery has opened up an entirely new branch of chemistry and the family of "Fullerene" carbon cage molecules have exceptional structural stability, electronic behavior and other intriguing properties which are now finding applications in solar cell and medical applications such as non-toxic Magnetic Resonance Imaging (MRI) agents.
"How big is a buckyball? Actually, we should ask how small is a buckyball," said Kroto. "Take the earth and shrink it down by a factor of 100 million. What we get is something about the size of a soccer ball. Then, shrink the soccer ball down by about the same factor of 100 million and what we get is something about the size of a buckyball."
These new approaches in nanoscience and nanotechnology are leading to novel advanced materials exhibiting functional behavior with novel applications. Fascinating fundamental insights into formation mechanisms have been revealed and nanoscale devices, which parallel devices in standard macroscopic engineered devices, are now being created. On the horizon are possible applications ranging from civil engineering to advanced molecular electronics which promise to transform the socio-economics of everyday life. These fundamental advances suggest that supercomputers in our pockets (as well as our heads) and buildings which can withstand powerful hurricanes and earthquakes are possible.
"If these breakthroughs are to be realized in practice, a paradigm shift in synthetic chemical techniques will be necessary," said Kroto. "In fact, we need to learn how to create really large molecules with very precisely defined structures at the atomic level, and this presents one of the greatest technical challenges for chemists."
Faculty members and graduate students in FAU's department of chemistry & biochemistry focus on chemical biology with interdisciplinary research collaborations across biology, biomedical science and engineering, as well FAU's Harbor Branch Oceanographic Institute and nearby Scripps and Torrey Pines Institute for Molecular Studies.
"Multidiscliplinary research shapes science today, and Professor Kroto's work is a great example of what thinking across the disciplines can accomplish," said Dr. Ramaswamy Narayanan, professor and chair of chemistry and biochemistry in FAU's Charles E. Schmidt College of Science, assistant vice president for research, and chair of the 2010 Nobel Laureate Lecture.
The 2010 Nobel Laureate Lecture is open to the public, and there is no charge to attend. Space is limited, and reservations are required. To reserve a seat or for more information, call 561-297-0777 or visit www.fau.edu/research. The Libby and Harry Dodson Auditorium in the Christine E. Lynn College of Nursing is located at 777 Glades Road in Boca Raton.
Sponsors of the 2010 Nobel Laureate Lecture include Pirtle Construction Company, the Charles E. Schmidt College of Science, FAU's Division of Research, and the department of computer and electrical engineering and computer science in FAU's College of Engineering and Computer Science.
About Florida Atlantic University
Florida Atlantic University opened its doors in 1964 as the fifth public university in Florida. Today, the University serves more than 28,000 undergraduate and graduate students on seven campuses and sites. Building on its rich tradition as a teaching university, with a world-class faculty, FAU hosts 10 colleges: College of Architecture, Urban & Public Affairs, Dorothy F. Schmidt College of Arts & Letters, the Charles E. Schmidt College of Biomedical Science, the College of Business, the College of Education, the College of Engineering & Computer Science, the Harriet L. Wilkes Honors College, the Graduate College, the Christine E. Lynn College of Nursing and the Charles E. Schmidt College of Science.
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