Physical Sciences

Kate Lebold Receives 2017 Phase-I Software Fellowship from the Molecular Sciences Software Institute
Penn State student Julie Fenton selected to meet with Nobel Laureates
Julie Fenton
Harry Allcock to receive international polymer award
Next-generation dark matter detector in a race to finish line: Mile-deep U.S.-based experiment is on a fast track to help solve science mystery
Assistant Professor of Physics Luiz de Viveiros and the LUX detector inside the water tank just before it was filled with 72,000 gallons of ultra-purified water, which helps to shield it from cosmic rays and other radiation that would interfere with a dark matter signal. LUX was removed in 2016, and the tank will be used to house the LUX-ZEPLIN detector. Credit: Matt Kapust, Sanford Underground Research Facility
NSF funds supercomputer cluster at Penn State
An external view of the Tower Road Data Center that will house the CyberLAMP computer cluster (upper left). The new high-performance computing cores mounted in their racks (upper right). The new DataDirect Networks active storage for data that is accessed often (lower left). The inside of new Oracle tape storage system, used for backups of active data (lower right). Credit: Penn State University.
Three from Eberly College of Science awarded Alfred P. Sloan Research Fellowships
Michael DeGiorgio, Kin Fai Mak, Kohta Murase
Catalytic Conveyer Belt: A new method for controlled delivery of particles via fluid flow
Particles transported along a channel by chemically-driven fluid flow. The flow is generated by reagent entering at one end of the channel (A) and reacting at the enzyme covered surface. The cargo is deposited at position B, which can be controlled by varying the reaction rate. Credit: Balazs Laboratory, University of Pittsburgh.
Lasse Jensen Wins ACS 2017 Early-Career Award
Measuring entropy: A scanning-tunneling microscope provides a glimpse of the mysterious property
Images of a single molecule of dibutyl sulfide captured by a scanning-tunneling microscope (STM) at temperatures ranging from 5.41 degrees Kelvin (K) to 16.03 K. As the temperature increases, the molecule changes shape more quickly resulting in an image that captures multiple configurations of the molecule. The tip of the STM influences the ability of the molecule to make these changes in shape allowing researchers to measure the entropy of the system. Credit: J.C. Gehrig, EMPA.
Three Eberly College of Science faculty members elected as Fellows of the AAAS
Kathleen Postle, Paul Babitzke, Jorge Sofo
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