MAS 2022 Awards
the frontier of experimental development and advanced analysis of ultralow-energy excitations, such as pho- nons, polaritons, plasmons, molecular vibrations, exci- tons, and shallow electronic states, with nanoscale spatial localizations. To complement these studies, Dr. Hachtel has
also been developing Jordan Hachtel, Center for Nano-
phase Material Sciences, Oak Ridge National Laboratory.
sophisticated Python tools to facilitate acquisition and analysis of monochromated EELS hyperspectral datasets.
Presidential Science Award Te MAS Presidential Science Award honors a senior
scientist for outstanding technical contributions to the field of microanalysis over a sustained period of time.
Presidential Science Award: John Panitz Dr. Panitz is an Emeri-
John Panitz, Emeritus Professor of Physics, University of New Mexico.
tus Professor of Physics at the University of New Mexico. He began his microanalyti- cal career at the Pennsylvania State University under the supervision of the esteemed Dr. Erwin Wilhelm Mül- ler, the inventor of the field electron emission and field ion emission microscopes. In 1967, Dr. Panitz and Dr. Mül- ler introduced the concept of the atom-probe field ion microscope at the 14th Sym- posium of the International
Field Emission Society. Dr. Panitz joined the technical staff at Sandia National Laboratory in 1970, where he invented the 10 cm atom probe, the first 3D atom probe and the progeni- tor of atom probe tomography. In 1975, he received a land- mark patent for the field desorption spectrometer, now known as the imaging atom probe. In 1982, Dr. Panitz developed a point-projection microscope technique that obtained the first images of unstained biomolecules on a metal substrate. Four years later, he invented and patented the first liquid field emis- sion detector for immunochemical sensing. Using these new technologies at Sandia, he pushed the boundaries of implan- tation depth profiling and biomolecule imaging. In 1988, he joined the faculty at UNM, where he was a professor in the Physics and Material Science departments and the School of Medicine. While at UNM, he developed a novel curriculum for his undergraduate electricity and magnetism laboratory
2022 July •
www.microscopy-today.com
Kerry Siebein, Center for Nanoscale Science and Technology, National Institute of Standards and Technology.
course that encouraged critical thinking and role playing in a structured environment of cooperative learning groups, which is still in use today. In 1993, Dr. Panitz founded High-Field Consultants to provide atom-probe expertise to industrial and academic clients. He is currently organizing a museum to record and display the history of atom probe technology.
Presidential Service Award Te MAS Presidential Service Award honors a member
of the MAS for outstanding volunteer service to the Society over a sustained period of time.
Presidential Service Award: Kerry Siebein Dr. Siebein is a physical
scientist in the Center for Nanoscale Science and Tech- nology (CNST) NanoFab user facility at the National Institute of Standards and Technology (NIST). After receiving her undergradu- ate and master’s degrees in Mechanical and Materials Engineering from Worces- ter Polytechnic Institute, she earned her doctoral degree in 2010 in Materials Science and Engineering from the
University of Florida. Subsequently, she was lab manager of the TEM and field-emission SEM laboratories in the Major Analytical Instrumentation Center at the University of Flor- ida for over ten years. In 2012, Dr. Siebein joined the staff of the CNST NanoFab and oversees the industry-leading SEM/ EDS, X-ray diffraction, and atomic force microscopy facili- ties. She has extensive experience using TEM, SEM, EDS, and X-ray diffraction to analyze microstructural properties and relationships in a wide range of materials. Dr. Siebein has been an active member of the MAS for ten years and has spent much of that time as the Chair of both the Affiliated Regional Societies and Sponsored Speaker Committees.
MAS Fellows MAS Fellow is a designation that is intended to recog-
nize eminent scientists, engineers, and technologists in the field of microanalysis of materials and related phenomena who have distinguished themselves through outstanding research and service to the microanalysis community. Tis includes, but is not limited to, technique development, appli- cations, theory development, and distinguished service to the MAS. Election as a MAS Fellow is highly selective (<0.5% of the MAS membership per year) and represents a broad cross section of members. To be eligible for election as a MAS Fellow, the nominee must be a member of the MAS for a minimum of 10 years and have attended at least 5 MAS or M&M meetings.
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