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The purpose of this award is to recognize the best student paper addressing the subject of industrial applications of physics. A nominated paper must be submitted to a sorting category or a focus session sponsored or co-sponsored by the Forum on Industrial & Applied Physics (FIAP) at the APS March meeting. The single award consists of $1,000 and a certificate citing the name of the recipient and the title of the paper to be awarded annually at the FIAP business meeting during the March Meeting.
Establishment & Support: The Ken Hass Outstanding Student Paper Award is named in recognition the many contributions of Ken Hass to the industrial applications of physics (especially automotive applications of theoretical solid-state physics) and of his service to the APS in the FIAP Chair-line from 2001 to 2004. As Director of the Physics Department at Ford Research, Ken Hass, was strongly committed to promoting science education at the pre-college and college level. The award was endowed in 2011 by FIAP.
Rules and Eligibility: The student nominated for the award must be the lead author of the paper and must present the paper at the APS March meeting, with a subject matter pertinent to applied industrial physics. The nominee must be a student at the time of the submission deadline for the meeting. Both graduate and undergraduate students are eligible.
Nomination and Selection Process: The deadline for submission of nominations is three weeks before the start of the APS March meeting. The nomination must include
The award-winning abstract will be selected by a committee appointed by the FIAP Chair. The student winner and the person who nominated them will be invited to FIAP Business Meeting where the student will receive the award. This is typically an evening session during the March Meeting and is listed in the Epitome.
Notes: The FIAP sorting categories for the APS March meeting are designated by the APS Executive Officer. At present, categories 2 (semiconductors) and 16 (applications) are designated as FIAP sorting categories, and in addition FIAP co-sponsors many sessions. Since these categories may change, applicants should verify that their sorting category is sponsored or co-sponsored by FIAP.
"Hot carrier-enhanced interlayer electron–hole pair multiplication in 2D semiconductor heterostructure photocells"
Session P20: Recent Advances in Solar Photovoltaics, Abstract P20.05
UC Santa Barbara
"Tuning the Optical Properties of Complex Oxides for Energy Applications"
Session B32: Computational Modeling of Electronic Materials for Energy Applications, Abstract B32.03
"Fabrication of Converging and Diverging Polymeric Microlens Arrays By Spatiotemporal Control of Thermocapillary Forces"
Session V18: Function from Geometry: 3D Printing to Programable Matter II, Abstract 18.09
Norwegian University of Science and Technology
"Universal absence of Walker breakdown for spin — orbit and spin Hall torque driven domain walls"
Session R47: Spin-Orbit Torque III and Chiral Domain Walls, Abstract R47.06
Johns Hopkins University
“Chain Ends and the Ultimate Tensile Strength of Polyethylene Fibers”
Session H33: Where Simulation, Theory, and Experiment Meet Across Time Scales, H33.11
“Magnetic domain walls as reconfigurable spin-wave nano-channels”
Session E6: Spin Excitations in Ultrathin Films, Nanostructures and Domain Walls, E6.10
George Mason University
“The Effects of Stoichiometry on the Optical Properties of PTZ-TCNQ Charge Transfer Crystals”
Session Y33: Organic Electronics and Photonics - Spin Transport and Photophysics, Y33.13
John L. Lyons
UC Santa Barbara
“How localized acceptors limit p-type conductivity in GaN"
Session B23: Dopants and Defects in Semiconductors II, Abstract B23.00004
Univ. Texas at Austin
“Electrical Resisitivity in Metals and Metallic Alloys from First Principles”
Session Y21: Semiconductors: Thermodynamic & Transport Properties (Theory), Abstract Y21.00012
University of Wisconsin Madison
“Direct-bandgap infrared light emission from tensilely strained germanium nanomembranes,”
Session Q28: Applications of Semiconductors, Dielectrics, Complex Oxides, Abstract Q28.0009
Xingxian Shou, Case Western Reserve University
"The suppression of dominant acoustic frequencies in MRI,"
Session D21: Focus Session (GIMS): Novel Instrumentation & Measurements for Biomedical Research D21.00006
The Ohio State University
"The spin-Seebeck effect in a GaMnAs/MnAs bilayer,"
Session J15: Focus Session (DMP, GMAG, FIAP): Spins in Semiconductors - Spin Currents II J15.00004
National University of Singapore
"Nonlinear Insulator in Complex Oxides,"
Session W12: Electronic Transport in Novel Materials and Nanostructures (FIAP) W12.00012.