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Head of the Class
May 15, 2013

USC valedictorian Katherine Fu and salutatorians Alexander Fullman and Julia Sabo Mangione — all in USC Dornsife — will…

The Fabulous Fulbrights
May 10, 2013

Congratulations to the 10 USC Dornsife students who won 2013 Fulbright Scholarships. The award will take them to India, Laos,…

Preventing Another Darfur
April 23, 2013

For the 13th consecutive year, professor Steven Lamy, vice dean for academic programs in USC Dornsife, led the Center for…

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Memories Illuminated
June 19, 2013

Led by USC Dornsife’s Don Arnold and Richard Roberts, a new study published in Neuron explains how scientists for the first…

An Objective Analysis
June 19, 2013

Housed in USC Dornsife, the Development Portfolio Management Group opens in Arlington, Va. The group works on improving…

Extraordinary Engagement
June 14, 2013

Claire Baugher, double major in psychology and political science, helped to transform a storage facility into a small theatre…

TEDx Trousdale Talks
June 13, 2013

USC Dornsife students were among those who spoke during a recent TEDx, a local, independently organized offshoot of the…

Creating Smiles in Honduras
June 13, 2013

After neuroscience and human biology major Erin Walker volunteered assisting in dentistry work in Honduras, she founded the…

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Andrey Vilesov

Professor of Chemistry and Physics and Astronomy

Contact Information
E-mail: vilesov@usc.edu
Phone: (213) 821-2936
Office: SSC 723

LINKS
Faculty Profile on Departmental Website
 

Education

H.D.R. Chemical Physics, University of Goettingen, Germany, 5/1999
 

Description of Research

Summary Statement of Research Interests

Professor Vilesov researches molecules and molecular aggregates in helium droplets. His current research project includes finding and studying superfluids other then helium. This challenging research is aimed at addressing a number of long-standing and intriguing questions to provide deep insights into the microscopic origins of superfluidity: How is it possible to detect superfluidity in droplets and what does it even mean, when most of the known phenomena are macroscopic and not obviously applicable to nanometer size droplets? How many atoms are needed for a fluid to become superfluid? Can hydrogen clusters be superfluid? Professor Vilesov is also investigating of formation of atomic and molecular clusters at ultralow temperature in helium droplets.
 
 
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