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Speaker: |
Professor Richard P. Van Duyne Charles E. and Emma Morrison Professor of Chemistry Northwestern University | |
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Topic: | Nanoparticle Optics for Surface-Enhanced Sensing and Spectroscopy | |
Date: | Friday, April 23, 2004 | |
Location: | The Parthenon
Restaurant (in the new banquet room) 314 South Halsted Street Chicago, IL |
Abstract:
During the last few years, there has been an explosion of interest and activity in the field of nanoparticle optics. This talk will discuss the fabrication of size-tunable, well-ordered, 2D nanoparticle arrays using nanosphere lithography (NSL) and electron-beam lithography (EBL). Nanosphere lithography (NSL) is an inexpensive, simple to implement, inherently parallel, high throughput, materials general nanofabrication technique capable of producing an unexpectedly large variety of nanoparticle structures. Electron-beam lithography (EBL) is a standard, serial, nanofabrication technique capable to producing arbitrary nanostructures. In addition, recent developments in the chemical synthesis of size and shape controlled noble metal nanoparticles will be discussed. The use of localized surface plasmon resonance (LSPR) spectroscopy to probe the size-tunable optical properties of Ag nanoparticles and their sensitivity to the local, external dielectric environment (viz., the nanoenvironment) is discussed in detail. In particular, the effects of molecular adsorbates on the LSPR spectrum of Ag nanoparticles are presented. Applications to surface-enhanced Raman spectroscopy (SERS) and nanoscale optical chemo/biosensors will be given.
Biography:
Richard P. Van Duyne is Charles E. and Emma H. Morrison Professor of Chemistry at Northwestern University. He is the discoverer of surface-enhanced Raman spectroscopy (SERS) and inventor of nanosphere lithography (NSL). His research interests include surface-enhanced spectroscopy, nanofabrication, nanoparticle optics, combined scanning probe microscopy/Raman microscopy, Raman spectroscopy of mass-selected clusters, ultrahigh vacuum surface science, structure and function of biomolecules on surfaces, and surface-enhanced spectroscopic methods for chemical and biological sensing. Professor Van Duyne is the recipient of several awards
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Reservations:   (847)647-8405
                    by noon, Tuesday, April 20
or,   REGISTER ON LINE !Please honor your reservations. We must pay for all dinners ordered. No-shows will be billed.
Greek Family Style Dinner--
- Appetizers: Saganaki (Kaseri cheese flamed in brandy), Gyros (roasted slices of lamb and beef), Taramosalata (fish roe blended with lemon and olive oil); traditional Greek salad.
- Main course: Moussaka (layers of eggplant with meat and Bechamel sauce), Vegetarian Pastitsio (Macaroni baked with broccoli, Bechamel sauce and Kefalotiri), Dolmades (vine leaves stuffed with rice, meats and herbs), Rotisserie-roasted lamb served with rice pilaf and roasted potatoes.
- Desserts: Baklave (flaky layers of Phyllo baked with nuts and honey) and GALAKTOBOURIKO (flaky layers of Phyllo with vanilla custard and baked with syrup.
- Vegetarian items will be included on the menu.
From Kennedy (I-90) or Edens (I-94): Head downtown and exit at Adams Street. Turn right/west to Halsted. Turn left at Halsted. Restaurant is approximately 1-1/2 blocks on the west side of the street.From Dan Ryan (I-90/94): Head downtown and exit at Roosevelt/Taylor and turn left to Halsted. Turn right at Halsted. Restaurant is approximately 8-1/2 blocks on the west side of the street.
From Eisenhower (I-290): Head east to Chicago. Exit at Racine and turn left. Go to Jackson Boulevard and turn right. Take Jackson to Halsted. Turn right at Halsted. Restaurant is approximately 1/2 block on the west side of the street.
From Outer Drive North: Exit at Randolph St. Turn right (west) to Halsted. Turn left at Halsted. Restaurant is approximately 5-1/2 blocks on the west side of the street.
From Outer Drive South: Exit at Jackson St. and turn left to Michigan Ave. Turn right at Michigan to Adams. Turn left at Adams to Halsted. Restaurant is approximately 1/2 block on the west side of the street.
PARKING: Free valet parking available. Parking is also available on the nearby streets or in a nearby lot for a charge.