Rockettes rock Jordan Center
November 19, 2009
Penn State laureate, School of Music host high school singers
November 18, 2009
Virsky Ukrainian Dance Company performs at Eisenhower
November 17, 2009
Students to present major Disney production For The Kids
November 16, 2009
Penn State celebrates Senior Day
November 14, 2009
Hershey breaks ground for Children's Hospital
November 13, 2009
Kronos Quartet performs at Eisenhower Auditorium
November 10, 2009
Rally in the Valley excites fans
November 6, 2009
Penn State Greeks strut their Broadway stuff
November 1, 2009
THON 5K draws thousands
November 1, 2009
Jazz masters wow audience
October 28, 2009
2009 State of the University Address
Behind the scenes with stadium police
Poultry science professor shares turkey news
Penn State Solar Decathlon 2009, part two: Natural Fusion goes to Washington
Natural Fusion, Penn State's Solar Decathlon Team 2009
Behind the scenes with the stadium concessions team
Penn State's creamery, from the cow to the cone
Beaver Stadium Behind the Scenes and On the Air
Beaver Stadium Behind the Scenes: Video Board
Video gives students sneak peek at new campus location
Historic Old Main Bell removed from tower for restoration and display
Other Resources
Photo Album: Acoustic Tweezers
Optical images of the “acoustic tweezers” device used in 2D cell patterning.
Photo Credit: Tony Jun Huang, Jinjie Shi, Penn State
Year Taken: 2009
"Acoustic tweezers" enables flexible onchip manipulation and patterning of cells using standing surface acoustic waves.
Photo Credit: Tony Jun Huang, Jinjie Shi, Penn State
Year Taken: 2009
Dynamic patterning of bovine red bloodcells ( diameter of 5.8 micrometers) through “Acoustic tweezers” technology. The wavelength of the applied standing acoustic wave was 100 micrometers, and the power intensity was 2,000 Watts per meter square.
Photo Credit: Tony Jun Huang, Jinjie Shi, Penn State
Year Taken: 2009
Dynamic patterning of polystyrene beads (diameter of 1.9 μm) through “Acoustic tweezers” technology. The wavelength of the applied standing acoustic wave was 200 micrometers and the power intensity was 2,000 Watts per meter squared.
Photo Credit: Tony Jun Huang, Jinjie Shi, Penn State
Year Taken: 2009
View more Photo Galleries in the Still Life Archive
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