This document lists over 60 publications by James Potzick, a physicist. The publications span from 1990 to present and cover topics related to nanoscale optical measurements, photomask metrology, measurement uncertainty, dimensional metrology standards, and comparisons between international metrology laboratories. Many of the publications were presented at SPIE Advanced Lithography or BACUS Photomask Technology Symposia. Potzick's work focused on improving the accuracy of optical dimensional measurements for photomasks and integrated circuits.
Sylvia Mergui has extensive experience in materials science and engineering. She has published over 10 refereed publications, taught various engineering courses, and received funding for multiple research projects. Her professional activities include chairing conference sessions, serving on faculty committees, and co-organizing conferences.
This document presents a technique called K-factor image deshadowing that can improve the localization accuracy of single fluorescent particles in stochastic super-resolution fluorescence microscopy. K-factor decomposes an image into a nonlinear set of contrast-ordered images whose product reassembles the original. Applying K-factor to raw fluorescence data prior to localization can improve localization precision by up to 85% compared to single fitting, enabling the localization of overlapping particles and faster data collection. Implementing this on experimental cellular data yielded a 37% improvement in resolution for the same acquisition time, or a 42% decrease in time needed for the same resolution.
Nanotechnology in Healthcare Sector - A Perspective of BiosensorsYang FENG
1. The document discusses nanotechnology applications in the healthcare sector, specifically biosensors. It outlines various market segments and provides statistics on market size and growth rates.
2. It analyzes IMRE's research capabilities and publications related to biosensor development, which involve using nanomaterials like carbon nanotubes and nanoparticles.
3. The document proposes a closed-loop approach to developing biosensors using NEMS and strengthened collaboration between IMRE and other local and international institutes.
ICWES15 - Innovation in Photonics & Reflections on the Engagement of Women in...Engineers Australia
The Institute for Photonics & Advanced Sensing (IPAS) is a transdisciplinary research institute at the University of Adelaide with 140 members across physics, chemistry and biology. IPAS pursues a transdisciplinary approach to develop new sensing methodologies using photonics. A $97 million building project will provide new laboratories and offices. IPAS engages in research programs in optical materials, lasers, medical diagnostics, remote sensing and more to create new tools for measurement across various applications.
Євген Демченко: 5 способів ефективнішого використання інтернету волонтерським...NGO30
Євген Демченко,
IT-послуги для громадських організацій, Всеукраїнський рух «Твоя Країна», ФРІ
Тема: 5 способів ефективнішого використання інтернету волонтерськими ініціативами
На прикладі конкретних ініціатив розглянемо кілька простих методів більш ефективного використання інтернету для залучення ресурсів, інформування та комунікації з аудиторіями.
This document summarizes the educational and professional background of Mark L. Wilson. It outlines his degrees in physics from Montana State University and University of Idaho. It then details his over 30 years of experience in private companies and national laboratories working on optical instrumentation, fiber optic sensors, laser packaging, and MEMS sensors. It lists his 10+ patents and 20+ publications in the field.
This document lists 13 publications authored or co-authored by J. Maria. The publications cover a range of topics including soft embossing of nanostructures in glass, 3D chip stacking using micro-C4 interconnects, nanopost plasmonic crystals, multispectral thin film biosensing using 3D plasmonic crystals, optimization of 3D plasmonic crystal structures for refractive index sensing, and surface plasmon resonance imaging of molecules with high spatial resolution. Many of the publications were in prestigious journals such as ACS Nano, Nanotechnology, Analytical Chemistry, Angewandte Chemie International Edition, and Chemical Reviews.
Impact of detector thickness on imaging characteristics of the Siemens Biogra...Anax Fotopoulos
This document summarizes a Monte Carlo study using GATE simulation of a Siemens Biograph DUO PET/CT scanner. It investigates the impact of detector thickness on imaging characteristics by simulating the scanner with LSO detectors of 2cm and 3cm thickness. The results show that increasing thickness from 2cm to 3cm improves detection efficiency, resulting in a sharper energy peak at 511 keV, higher counts, and better energy resolution and signal-to-noise ratio. However, thicker detectors may also delay signal processing and increase device cost and complexity.
Sylvia Mergui has extensive experience in materials science and engineering. She has published over 10 refereed publications, taught various engineering courses, and received funding for multiple research projects. Her professional activities include chairing conference sessions, serving on faculty committees, and co-organizing conferences.
This document presents a technique called K-factor image deshadowing that can improve the localization accuracy of single fluorescent particles in stochastic super-resolution fluorescence microscopy. K-factor decomposes an image into a nonlinear set of contrast-ordered images whose product reassembles the original. Applying K-factor to raw fluorescence data prior to localization can improve localization precision by up to 85% compared to single fitting, enabling the localization of overlapping particles and faster data collection. Implementing this on experimental cellular data yielded a 37% improvement in resolution for the same acquisition time, or a 42% decrease in time needed for the same resolution.
Nanotechnology in Healthcare Sector - A Perspective of BiosensorsYang FENG
1. The document discusses nanotechnology applications in the healthcare sector, specifically biosensors. It outlines various market segments and provides statistics on market size and growth rates.
2. It analyzes IMRE's research capabilities and publications related to biosensor development, which involve using nanomaterials like carbon nanotubes and nanoparticles.
3. The document proposes a closed-loop approach to developing biosensors using NEMS and strengthened collaboration between IMRE and other local and international institutes.
ICWES15 - Innovation in Photonics & Reflections on the Engagement of Women in...Engineers Australia
The Institute for Photonics & Advanced Sensing (IPAS) is a transdisciplinary research institute at the University of Adelaide with 140 members across physics, chemistry and biology. IPAS pursues a transdisciplinary approach to develop new sensing methodologies using photonics. A $97 million building project will provide new laboratories and offices. IPAS engages in research programs in optical materials, lasers, medical diagnostics, remote sensing and more to create new tools for measurement across various applications.
Євген Демченко: 5 способів ефективнішого використання інтернету волонтерським...NGO30
Євген Демченко,
IT-послуги для громадських організацій, Всеукраїнський рух «Твоя Країна», ФРІ
Тема: 5 способів ефективнішого використання інтернету волонтерськими ініціативами
На прикладі конкретних ініціатив розглянемо кілька простих методів більш ефективного використання інтернету для залучення ресурсів, інформування та комунікації з аудиторіями.
This document summarizes the educational and professional background of Mark L. Wilson. It outlines his degrees in physics from Montana State University and University of Idaho. It then details his over 30 years of experience in private companies and national laboratories working on optical instrumentation, fiber optic sensors, laser packaging, and MEMS sensors. It lists his 10+ patents and 20+ publications in the field.
This document lists 13 publications authored or co-authored by J. Maria. The publications cover a range of topics including soft embossing of nanostructures in glass, 3D chip stacking using micro-C4 interconnects, nanopost plasmonic crystals, multispectral thin film biosensing using 3D plasmonic crystals, optimization of 3D plasmonic crystal structures for refractive index sensing, and surface plasmon resonance imaging of molecules with high spatial resolution. Many of the publications were in prestigious journals such as ACS Nano, Nanotechnology, Analytical Chemistry, Angewandte Chemie International Edition, and Chemical Reviews.
Impact of detector thickness on imaging characteristics of the Siemens Biogra...Anax Fotopoulos
This document summarizes a Monte Carlo study using GATE simulation of a Siemens Biograph DUO PET/CT scanner. It investigates the impact of detector thickness on imaging characteristics by simulating the scanner with LSO detectors of 2cm and 3cm thickness. The results show that increasing thickness from 2cm to 3cm improves detection efficiency, resulting in a sharper energy peak at 511 keV, higher counts, and better energy resolution and signal-to-noise ratio. However, thicker detectors may also delay signal processing and increase device cost and complexity.
Standard Soil Testing Laboratory
time consuming, Laborious, use of chemical and reagents which effect human health and environment, costly, do not consider spatial variation in the field.
Electrochemical Sensing
Ion Selective Electrodes
Ion Sensitive Field Effect Transistor
Optical Spectroscopy
NIR Spectroscopy
This document provides biographical information about Taewoo Kim in 3 sections: education, experience, and honors & awards. It summarizes that Kim received his PhD in electrical engineering from the University of Illinois in 2015. He has held postdoctoral positions at Caltech and Washington University studying quantitative phase imaging. His research focuses on optical imaging techniques for biomedical applications. He has received several honors and awards for his graduate work and published over 20 papers.
This document contains a list of 19 selected publications by Stephan T. Melnychuk. The publications span from 1986 to 2016 and are related to particle accelerators, ion sources, hydrogen beam characteristics, and surface interactions of hydrogen atoms. Melnychuk's research focused on developing particle accelerators and ion sources for applications such as contraband detection systems and lithography light sources.
Improved two-photon imaging of living neurons in brain tissue through tempora...julian choy
This document describes a study that optimized two-photon imaging of living neurons in brain tissue by temporally gating the incident laser to reduce photon flux while maximizing fluorescence signal. The study found that gating the laser at the sampling frequency compromised cell viability despite high fluorescence. An optimum gating frequency range was identified that maintained cell viability while preserving fluorescence levels in two-photon images. Cell viability was monitored by measuring changes in membrane input resistance during whole-cell patch recording of neurons.
T.D. Boone has over 15 years of experience in magnetic recording and semiconductor devices. He has published 10 papers and presentations on topics related to thermally-assisted magnetic recording, plasmonic antennas, and magnetoresistance devices. He also holds 15 patents related to read/write heads, lasers for magnetic recording, and extraordinary magnetoresistance sensors. Additionally, he has received several fellowships for his graduate work including from IBM, Yale University, and Purdue University.
This curriculum vitae summarizes the educational and professional experience of Christopher Shearwood. He received a PhD in Solid State Physics from the University of Leeds in 1988. Since 1998, he has been an Associate Professor at Nanyang Technological University where he teaches and conducts research related to materials science and engineering. He has over 40 publications and 2 patents related to his work developing microelectromechanical systems and studying materials properties.
Dr. Daniel Campbell is a principal research scientist with over 30 years of experience in organic chemistry, materials science, and sensor design. He received his PhD in organic chemistry from Georgia Tech in 1982. Currently, he is the chief science officer at Lumense, Inc, where he leads research in developing integrated optic sensors for chemical and biological detection. Previously, he held positions at Georgia Tech where he conducted research in areas such as organic synthesis, polymers, and sensor fabrication. He holds several patents related to chemical sensor design and has authored over 50 publications and conference presentations in the field of chemical sensors.
Jean Pier Cortes is seeking a position in mechanical or electrical engineering with opportunities for skills development. He has a Master's in Electrical Engineering from the University of Alabama in Huntsville and a Bachelor's in Mechanical Engineering from the University of North Carolina at Charlotte. His experience includes microfabrication and characterization of MEMS/nanodevices for sensors involving areas like microelectronics, nanotechnology, and materials analysis. He has worked as a Micro- and Nano- Systems Engineer and has several publications and presentations in conferences.
This document provides a summary of Amanda J. Neukirch's education and professional experience. She received a Ph.D. in Physics from the University of Rochester, where she studied excited state dynamics in nanoscale systems. She is currently a postdoctoral associate at Los Alamos National Laboratory, where she uses computational methods to analyze electronic and optical properties of perovskite materials. Her research experience also includes positions at Lawrence Livermore National Laboratory and the University of Rochester, where she conducted computational and experimental work on topics related to electron and molecular dynamics.
This document lists numerous public lectures, seminars, presentations, poster presentations, and invited speaking engagements given by H. Leung from 2002 to 2015 on topics related to optical imaging techniques such as spectral imaging, multiphoton microscopy, quantum dot imaging, and confocal microscopy. It also lists some of H. Leung's other achievements and accomplishments including publications, image competitions, and roles as a contributing editor.
Bill Davis has received awards including the Federal Laboratory Consortium award for Excellence in Technology in 2009. He holds a US Patent for MINDS awarded in 2010. Davis has authored numerous publications as first author on topics related to plasma physics experiments and data analysis techniques. He has also been listed as a contributing author on several publications related to experiments at PPPL and other fusion facilities.
James Potzick has over 45 years of experience working at the National Institute of Standards and Technology (NIST), where he currently works as an Associate Researcher. He has a Bachelor's and Master's degree in Physics from Xavier University. At NIST, he has led numerous projects involving measurement standards and metrology for properties like photomask linewidth and nanoscale measurements. He has also developed metrology models and measurement techniques for submicrometer objects. Potzick has received several awards for his technical papers and inventions from the Department of Commerce and NIST.
This document is Eric P. Kukula's curriculum vitae which summarizes his education and experience. It shows that he received a Ph.D. in Technology from Purdue University in 2008, specializing in computational science. He is currently a visiting assistant professor and senior biometric researcher at Purdue University. His research focuses on biometric standards, performance, and assurance. He has over 15 publications in refereed journals and conferences and is involved in several international biometric standards organizations.
Dr. Derek A. Bas is seeking a position where he can continue using his knowledge and attention to detail to innovate and grow a company. He has a Ph.D. in Physics from West Virginia University where he researched spintronic materials using optical and terahertz techniques. He has over 10 publications in peer-reviewed journals and has presented his work at several conferences. Dr. Bas has experience in data analysis, programming, nonlinear optics systems, and working on multiple projects simultaneously.
This document provides a summary of Joseph DiVita's professional experience and qualifications. It outlines his current role as a research scientist since 1999 at the Space and Naval Warfare Systems Center Pacific, where he has been the principal investigator on several projects related to human-computer interaction and decision support systems. It also details his previous experience from 1984-1999 as a research psychologist at the Naval Submarine Medical Research Laboratory. The document lists DiVita's areas of research expertise, publications, presentations, education and contact information.
Robert B. Friedfeld is an Associate Professor in the Department of Physics & Astronomy at Stephen F. Austin State University. He received his BS in Physics from Seton Hall University and his MS and PhD in Physics from Florida Institute of Technology. His research interests include materials science, thin film deposition, and scanning probe microscopy. He has established a Thin Films and Microscopy Laboratory at SFASU where he conducts research with undergraduate students on topics such as carbon nanotubes and cellulose fibers.
This document lists over 50 technical reports and conference proceedings related to polarized proton operations and experiments at RHIC and the AGS. The publications cover topics like polarized proton operation at 100 GeV, p-carbon polarimetry, beam emittance measurements, overcoming depolarizing resonances, and physics results from experiments like STAR. Many of the publications were presented at conferences between 2011-2015, with some dating back to 2004.
Pratik Motwani is a PhD candidate in electrical engineering at the University of Houston. His research focuses on developing novel metallic nano-sensors for biosensing applications. He has over 4 years of experience developing nanoscale materials and devices through cleanroom fabrication. Motwani has authored 5 publications and holds a patent related to his sensor research. He maintains a 3.78 GPA and received his bachelor's degree in electronics engineering from India with high honors.
Subharup Gupta Roy is seeking a position in optics, bio-medical imaging, nanoelectronics, or device fabrication. He has a Master of Science in Electrical Engineering from North Carolina State University and a Bachelor of Technology in Computer Science and Engineering from West Bengal University of Technology. His research experience includes projects in polarimetry, plant fluorescence detection, and nanogratings fabrication. He has publications in polarimetry and ultraspectral imaging and has presented his work at conferences.
A robust watermarking algorithm based on image normalization and dc coefficientsHarshal Ladhe
The document presents a robust watermarking algorithm for embedding watermarks in digital images in the discrete cosine transform (DCT) domain. The algorithm aims to achieve robustness against cropping and JPEG compression. It develops a method for rating 8x8 blocks of DCT coefficients based on their embedding capacity and spatial location. Experiments show the proposed scheme offers good invisibility while maintaining robustness against cropping and JPEG compression. Future work could look at incorporating a just-noticeable difference model and developing a formal model to evaluate transparency of watermarking algorithms.
Standard Soil Testing Laboratory
time consuming, Laborious, use of chemical and reagents which effect human health and environment, costly, do not consider spatial variation in the field.
Electrochemical Sensing
Ion Selective Electrodes
Ion Sensitive Field Effect Transistor
Optical Spectroscopy
NIR Spectroscopy
This document provides biographical information about Taewoo Kim in 3 sections: education, experience, and honors & awards. It summarizes that Kim received his PhD in electrical engineering from the University of Illinois in 2015. He has held postdoctoral positions at Caltech and Washington University studying quantitative phase imaging. His research focuses on optical imaging techniques for biomedical applications. He has received several honors and awards for his graduate work and published over 20 papers.
This document contains a list of 19 selected publications by Stephan T. Melnychuk. The publications span from 1986 to 2016 and are related to particle accelerators, ion sources, hydrogen beam characteristics, and surface interactions of hydrogen atoms. Melnychuk's research focused on developing particle accelerators and ion sources for applications such as contraband detection systems and lithography light sources.
Improved two-photon imaging of living neurons in brain tissue through tempora...julian choy
This document describes a study that optimized two-photon imaging of living neurons in brain tissue by temporally gating the incident laser to reduce photon flux while maximizing fluorescence signal. The study found that gating the laser at the sampling frequency compromised cell viability despite high fluorescence. An optimum gating frequency range was identified that maintained cell viability while preserving fluorescence levels in two-photon images. Cell viability was monitored by measuring changes in membrane input resistance during whole-cell patch recording of neurons.
T.D. Boone has over 15 years of experience in magnetic recording and semiconductor devices. He has published 10 papers and presentations on topics related to thermally-assisted magnetic recording, plasmonic antennas, and magnetoresistance devices. He also holds 15 patents related to read/write heads, lasers for magnetic recording, and extraordinary magnetoresistance sensors. Additionally, he has received several fellowships for his graduate work including from IBM, Yale University, and Purdue University.
This curriculum vitae summarizes the educational and professional experience of Christopher Shearwood. He received a PhD in Solid State Physics from the University of Leeds in 1988. Since 1998, he has been an Associate Professor at Nanyang Technological University where he teaches and conducts research related to materials science and engineering. He has over 40 publications and 2 patents related to his work developing microelectromechanical systems and studying materials properties.
Dr. Daniel Campbell is a principal research scientist with over 30 years of experience in organic chemistry, materials science, and sensor design. He received his PhD in organic chemistry from Georgia Tech in 1982. Currently, he is the chief science officer at Lumense, Inc, where he leads research in developing integrated optic sensors for chemical and biological detection. Previously, he held positions at Georgia Tech where he conducted research in areas such as organic synthesis, polymers, and sensor fabrication. He holds several patents related to chemical sensor design and has authored over 50 publications and conference presentations in the field of chemical sensors.
Jean Pier Cortes is seeking a position in mechanical or electrical engineering with opportunities for skills development. He has a Master's in Electrical Engineering from the University of Alabama in Huntsville and a Bachelor's in Mechanical Engineering from the University of North Carolina at Charlotte. His experience includes microfabrication and characterization of MEMS/nanodevices for sensors involving areas like microelectronics, nanotechnology, and materials analysis. He has worked as a Micro- and Nano- Systems Engineer and has several publications and presentations in conferences.
This document provides a summary of Amanda J. Neukirch's education and professional experience. She received a Ph.D. in Physics from the University of Rochester, where she studied excited state dynamics in nanoscale systems. She is currently a postdoctoral associate at Los Alamos National Laboratory, where she uses computational methods to analyze electronic and optical properties of perovskite materials. Her research experience also includes positions at Lawrence Livermore National Laboratory and the University of Rochester, where she conducted computational and experimental work on topics related to electron and molecular dynamics.
This document lists numerous public lectures, seminars, presentations, poster presentations, and invited speaking engagements given by H. Leung from 2002 to 2015 on topics related to optical imaging techniques such as spectral imaging, multiphoton microscopy, quantum dot imaging, and confocal microscopy. It also lists some of H. Leung's other achievements and accomplishments including publications, image competitions, and roles as a contributing editor.
Bill Davis has received awards including the Federal Laboratory Consortium award for Excellence in Technology in 2009. He holds a US Patent for MINDS awarded in 2010. Davis has authored numerous publications as first author on topics related to plasma physics experiments and data analysis techniques. He has also been listed as a contributing author on several publications related to experiments at PPPL and other fusion facilities.
James Potzick has over 45 years of experience working at the National Institute of Standards and Technology (NIST), where he currently works as an Associate Researcher. He has a Bachelor's and Master's degree in Physics from Xavier University. At NIST, he has led numerous projects involving measurement standards and metrology for properties like photomask linewidth and nanoscale measurements. He has also developed metrology models and measurement techniques for submicrometer objects. Potzick has received several awards for his technical papers and inventions from the Department of Commerce and NIST.
This document is Eric P. Kukula's curriculum vitae which summarizes his education and experience. It shows that he received a Ph.D. in Technology from Purdue University in 2008, specializing in computational science. He is currently a visiting assistant professor and senior biometric researcher at Purdue University. His research focuses on biometric standards, performance, and assurance. He has over 15 publications in refereed journals and conferences and is involved in several international biometric standards organizations.
Dr. Derek A. Bas is seeking a position where he can continue using his knowledge and attention to detail to innovate and grow a company. He has a Ph.D. in Physics from West Virginia University where he researched spintronic materials using optical and terahertz techniques. He has over 10 publications in peer-reviewed journals and has presented his work at several conferences. Dr. Bas has experience in data analysis, programming, nonlinear optics systems, and working on multiple projects simultaneously.
This document provides a summary of Joseph DiVita's professional experience and qualifications. It outlines his current role as a research scientist since 1999 at the Space and Naval Warfare Systems Center Pacific, where he has been the principal investigator on several projects related to human-computer interaction and decision support systems. It also details his previous experience from 1984-1999 as a research psychologist at the Naval Submarine Medical Research Laboratory. The document lists DiVita's areas of research expertise, publications, presentations, education and contact information.
Robert B. Friedfeld is an Associate Professor in the Department of Physics & Astronomy at Stephen F. Austin State University. He received his BS in Physics from Seton Hall University and his MS and PhD in Physics from Florida Institute of Technology. His research interests include materials science, thin film deposition, and scanning probe microscopy. He has established a Thin Films and Microscopy Laboratory at SFASU where he conducts research with undergraduate students on topics such as carbon nanotubes and cellulose fibers.
This document lists over 50 technical reports and conference proceedings related to polarized proton operations and experiments at RHIC and the AGS. The publications cover topics like polarized proton operation at 100 GeV, p-carbon polarimetry, beam emittance measurements, overcoming depolarizing resonances, and physics results from experiments like STAR. Many of the publications were presented at conferences between 2011-2015, with some dating back to 2004.
Pratik Motwani is a PhD candidate in electrical engineering at the University of Houston. His research focuses on developing novel metallic nano-sensors for biosensing applications. He has over 4 years of experience developing nanoscale materials and devices through cleanroom fabrication. Motwani has authored 5 publications and holds a patent related to his sensor research. He maintains a 3.78 GPA and received his bachelor's degree in electronics engineering from India with high honors.
Subharup Gupta Roy is seeking a position in optics, bio-medical imaging, nanoelectronics, or device fabrication. He has a Master of Science in Electrical Engineering from North Carolina State University and a Bachelor of Technology in Computer Science and Engineering from West Bengal University of Technology. His research experience includes projects in polarimetry, plant fluorescence detection, and nanogratings fabrication. He has publications in polarimetry and ultraspectral imaging and has presented his work at conferences.
A robust watermarking algorithm based on image normalization and dc coefficientsHarshal Ladhe
The document presents a robust watermarking algorithm for embedding watermarks in digital images in the discrete cosine transform (DCT) domain. The algorithm aims to achieve robustness against cropping and JPEG compression. It develops a method for rating 8x8 blocks of DCT coefficients based on their embedding capacity and spatial location. Experiments show the proposed scheme offers good invisibility while maintaining robustness against cropping and JPEG compression. Future work could look at incorporating a just-noticeable difference model and developing a formal model to evaluate transparency of watermarking algorithms.
A robust watermarking algorithm based on image normalization and dc coefficients
PublicationList
1. 1
PUBLICATION LIST
JAMES POTZICK, Physicist
James Potzick and Egon Marx, “Parametric uncertainty in nanoscale optical dimensional
measurements,” Applied Optics, pp 3707-3701, Vol. 51, No. 17, (June 2012)
J. Potzick, “Metrology and process control: dealing with measurement uncertainty,” SPIE Advanced
Lithography, 7638-135 (2010).
Richard Quintanilha, Yeung Joon Sohn, Lowell P. Howard, Michael T. Stocker, Richard M. Silver,
James E..Potzick, “Photomask metrology using a 193-nm scatterfield microscope,” SPIE/BACUS
Photomask Technology Symposium, 7488-55 (2009)
B. Bodermann, D. Bergmann, E. Buhr, W. Häßler-Grohne, H. Bosse, , J. Potzick, , R. Dixson, R.
Quintanilha, M. Stocker, A. Vladar, N. G. Orji, “Results of an international photomask linewidth
comparison between NIST and PTB,” SPIE/BACUS Photomask Technology Symposium, 7488-51
(2009)
Smith, S.; Tsiamis, A.; McCallum, M.; Hourd, A.C.; Stevenson, J.T.M.; Walton, A.J.; Dixson, R.G.;
Allen, R.A.; Potzick, J.E.; Cresswell, M.W.; Orji, N.G., “Comparison of Measurement Techniques
for Linewidth Metrology on Advanced Photomasks,” IEEE Transactions on Semiconductor
Manufacturing, 22, 1, pp. 72-79 (2009)
Egon Marx and James Potzick, “Computational Parameters in Simulation of Microscope Images”,
Progress In Electromagnetics Research Symposium, Beijing, China (2009)
Ronald Dixson, James Potzick, and Ndubuisi Orji, “Re-Calibration Of The SRM 2059 Master Standard
Using Traceable Atomic Force Microscope Dimensional Metrology,” Frontiers of Characterization
and Metrology for Nanoelectronics, Albany, NY (2009)
J. Potzick, “Image library approach to evaluating parametric uncertainty in metrology of isolated feature
width,” Proceedings of SPIE Metrology, Inspection, and Process Control for Microlithography
XXIII, San Jose, Calif. (2009)
J. Potzick, R. Dixson, R. Quintanilha, M. Stocker, A. Vladar, E. Buhrb, W. Häßler-Grohne, B.
Bodermann, C. G. Frase, H. Bosse, International photomask linewidth comparison by NIST and
PTB,” Procedings SPIE Photomask (BACUS), 7122-97 (2008)
J.Potzick, “Accuracy of Optical Dimensional Metrology at the Nano-scale”, Microscopy &
Microanalysis 2008 Meeting, Albuquerque, New Mexico (2008)
S. Smith, A.Tsiamis, M. McCallum, A.C. Hourd, J.T.M. Stevenson, A.J. Walton, R.G. Dixson, R.A.
Allen, J.E. Potzick, M.W. Cresswell and N.G. Orji, “Comparison of Measurement Techniques for
Advanced Photomask Metrology”, International Conference on Microelectronic Test Structures,
Edinburgh, Scotland (24-27th March, 2008)
J.Potzick, “Limits of optical dimensional metrology at the nano-scale,” 2nd
Tri-National Workshop on
Standards for Nanotechnology, Gaithersburg, Md. USA (Feb. 6, 2008). (invited)
J.Potzick, B.Grenon, Nanoscale metrology--theory and practice, Course Notes, presented at SPIE
BACUS 2007, BACUS 2008
Ronald Dixson, Ndubuisi G. Orji, James Potzick, Joseph Fu, Michael Cresswell, Richard Allen, Stewart
Smith, Anthony J. Walton, “Photomask Applications of Traceable Atomic Force Microscope
2. 2
Dimensional Metrology at NIST,” SPIE Photomask Technology 27th Annual Symposium, vol.
6730-117 (2007).
J.Potzick, “Linewidth Standards and CD Metrology,” Workshop:Critical Dimension Standards: The
Past, Present, and Future, SPIE Symposium on Advanced Lithography (2007) (invited)
J.Potzick, E.Marx, M.Davidson, "Accuracy in Optical Image Modeling," Proceedings of SPIE
Metrology, Inspection, and Process Control Conference for Microlithography XXI, vol. 6518-39
(2007).
R. Attota, R. M. Silver, J. E. Potzick, "Optical Illumination and Critical Dimension Analysis Using the
Through-Focus Focus Metric Method," SPIE Optics and Photonics Conference (2007)
J.Potzick, E.Marx, M.Davidson, Parametric Uncertainty in Optical Image Modeling, Proceedings of
BACUS Symposium on Photomask Technology, vol. 6349-187 (2006).
J.Potzick, A benefit/cost model for metrology in manufacturing, Proc. ISMI Symposium on
Manufacturing Effectiveness, SEMATECH, (2005)
Egon Marx and James Potzick, "Simulation of optical microscope images for photomask feature size
measurements," 2005 Digest of the IEEE Antennas and Propagation Society International
Symposium, 2116-9 Vol. 3B pp. 243-246 (2005).
SEMI Standard P35-0704, Terminology for Microlithography Metrology, SEMI International
Standards, 3081 Zanker Rd., San Jose, California 95134
J. Potzick, "Optical photomask CD metrology at NIST," Proceedings of the 188th PTB Seminar on CD
Metrology; H. Bosse, B. Bodermann, W. Mirande` Eds.; Physikalisch-Technische Bundesanstalt
(PTB), Braunschweig, Germany, (Nov. 20, 2003) (invited)
J.M.Pedulla, J.Potzick, and R.Silver, "Improving the Uncertainty of Photomask Linewidth
Measurements", Proceedings of SPIE 29th International Symposium on Microlithography, vol.
5375-31, (2004).
J. Potzick, "Photomask feature metrology," Ch. 21 of A Handbook on Mask Making Technology, Syed
A. Rizvi, Ed., Marcel Dekker Inc. New York (2005). (invited)
J.M. Pedulla, J. Potzick, R. Silver, "Improving the uncertainty of photomask linewidth measurements,"
Proceedings of SPIE 29th International Symposium on Microlithography, vol. 5375-31, (2004)
J. Potzick, J.M. Pedulla, M. Stocker, "Updated NIST Photomask Linewidth Standard," Proceedings of
SPIE 28th International Symposium on Microlithography, vol. 5038-34, pp. 338-349 (2003).
Starikov, et al, "Applications of image diagnostics to metrology quality assurance and process control,"
Proceedings of SPIE 28th International Symposium on Microlithography, vol. 5042-39 (2003).
J. Potzick, J.M. Pedulla, M. Stocker, "New NIST Photomask Linewidth Standard," Proceedings of
BACUS Symposium on Photomask Technology, vol. 4889-37 (2002).
J. Potzick, "The problem with submicrometer linewidth standards, and a proposed solution,"
Proceedings of SPIE 26th International Symposium on Microlithography, vol. 4344-20 (2001).
J. Potzick, "The Neolithography Consortium--a progress report," Proceedings of BACUS Symposium
on Photomask Technology, vol. 4186-73 (2000).
J. Potzick, "The Neolithography Consortium," Proceedings of SPIE 25th International Symposium on
3. 3
Microlithography, vol. 3998-54 (2000).
J.Potzick, “Photomask Metrology and Neolithography” Advanced Reticle Symposium, San Jose, Calif.
(2000)
A. E. Vladar, R. M. Silver, J. E. Potzick, J. S. Villarrubia, "Development of Photomask Artifacts and
Metrology for the 65 nm Device Generation with Extensibility Beyond," ISMT Final Report (2004)
J. Potzick, "Measurement uncertainty and noise in nanometrology," Proceedings of the International
Symposium on Laser Metrology for Precision Measurement and Inspection in Industry, pp 5-12 to
5-18, Florianopolis, Brazil (1999).
J. Potzick, "Noise averaging and measurement resolution (or 'A little noise is a good thing')," Review of
Scientific Instruments, vol. 70, no, 4, pp 2038-2040 (1999).
R. Silver, S. Fox, R. Larrabee, M. Davidson, E. Marx, J. Potzick, E. Kornegay, 1997-98
NIST/SEMATECH Collaboration to Improve High-Accuracy Overlay Metrology (1998).
J. Potzick, "Accuracy differences among photomask metrology tools and why they matter," Proceedings
of the 18th Annual BACUS Symposium on Photomask Technology and Management, Redwood
City, Calif., SPIE vol 3546-37, pp 340-348 (September 1998).
R.M. Silver, J.A. Stone, R.G. Dixson, B.S. Faust, J.E. Potzick, M.T. Postek, J. Fu, D.S. Sawyer, T.V.
Vorburger, Benchmarking the Length Measurement Capabilities of the National Institute of
Standards and Technology, R.M. Silver and J.L. Land, eds., NISTIR 6036 (1998).
J. Potzick, "Accuracy and Traceability in Dimensional Measurements," Proceedings of SPIE 23nd
International Symposium on Microlithography, vol. 3332-57, pp 471-479 (1998). [islands…]
J. Potzick, "Photomask Metrology in the Era of Neolithography," Proceedings of the 17th Annual
BACUS/SPIE Symposium on Photomask Technology and Management, vol 3236, pp 284-292,
Redwood City, Calif. (Sept. 1997).
J. Potzick, "Antireflecting-Chromium Linewidth Standard, SRM 473, for Calibration of Optical
Microscope Linewidth Measuring Systems," NIST Special Publication SP-260-129 (1997).
J. Potzick, "New NIST-Certified Small Scale Pitch Standard," Cal Lab Magazine, May/June 1997,
pp18-24 (reprinted from prize-winning1997 MSC paper).
R. Silver, J.Potzick, F.Scire, C.Evans, M.McLaughlin, E.Kornegay, R. Larrabee, "A Method to
Characterize Overlay Tool Misalignments and Distortions," Proceedings of SPIE 22nd International
Symposium on Microlithography, vol. 3050-09 (1997).
J. Potzick, "New NIST-Certified Small Scale Pitch Standard," 1997 Measurement Science Conference,
Pasadena, Calif. (1997).
J. Potzick, "Strut Structure and Rigid Joint Therefor," U.S. Patent 5,568,993 (1996).
J. Potzick, "New NIST-Certified Length Microscale," Proceedings of the American Society for
Precision Engineering Annual Meeting, Monterey, Calif. (1996)
J. Potzick, "New Certified Length Scale for Microfabrication Metrology," Proceedings of the SPIE
Symposium on Microlithography and Metrology in Micromachining II, vol. 2880-12, (1996)
J. Potzick (NIST), J. Nunn (NPL), "International Comparison of Photomask Linewidth Standards:
United States (NIST) and United Kingdom (NPL)," Proceedings of the SPIE 1996 Annual
4. 4
Symposium on Microlithography, Vol. 2725-08, Santa Clara, Calif.
R. Silver, J. Potzick, F. Scire, R. Larrabee, "High Accuracy Overlay Measurements," Proceedings of the
SPIE 1996 Annual Symposium on Microlithography, Vol. 2725-24, Santa Clara, Calif.
M. T. Postek, R. D. Larrabee, L. Linholm, J. E. Potzick, J. Schneir, e. al, "Project Proposal Report to
SEMATECH," SEMATECH Technology Transfer Document; NIST/SEMATECH Proprietary
(1994)
M. T. Postek, J. E. Potzick, J. Schneir, T. Mcwaid, R. D. Larrabee, "SEMATECH Interim Report,"
SEMATECH Transfer Document; NIST/SEMATECH Proprietary (1994)
R. M. Silver, A. Singer, L. Carroll, S. Berg-cross, J. E. Potzick, "Optical Overlay Metrology at NIST,",
Proceedings of KLA Microlithography Seminar (1996)
J. Potzick, "Improved Photomask Metrology through Exposure Emulation," Photomask Japan '95:
Symposium on Photomask and X-Ray Mask Technology II, SPIE, Kawasaki City, Japan, Vol.
2512-61 (20-21 April, 1995).
J. Potzick, "Re-evaluation of the Accuracy of NIST Photomask Linewidth Standards," Proceedings of
the SPIE Symposium on Microlithography, Vol. 2439-20, Santa Clara, Calif., pp232-242 (1995).
R. Silver, J. Potzick, J. Hu, "Metrology with the Ultraviolet Scanning Transmission Microscope,"
Proceedings of the SPIE Symposium on Microlithography, Vol. 2439-46, Santa Clara, Calif.,
pp437-445 (1995).
R. Silver, J. Potzick, R. Larrabee, "Overlay Measurements and Standards," Proceedings of the SPIE
Symposium on Microlithography, Vol. 2439-24, Santa Clara, Calif., pp262-272 (1995).
J. Potzick, "Improving Photomask Linewidth Measurement Accuracy via Emulated Stepper Aerial
Image Measurement," Proceedings of the 14th Annual BACUS Symposium on Photomask
Technology and Management, SPIE Technical Conference 2322, Santa Clara, Calif., pp 353-359
(Sept. 1994).
J. Potzick, "Photomask Linewidth Measurement Uncertainty: an alternative approach via stepper
emulation," SPIE BACUS Newsletter (July, 1994).
J. Potzick, "Accuracy in Integrated Circuit Dimensional Measurements," Ch 3, Handbook of Critical
Dimension Metrology and Process Control, Vol TR52, SPIE, Bellinhgam, Wash., pp 120-132
(Sept. 1993).
Allen, Troccolo, Owen, Potzick, Postek, Linholm, "Comparisons of Measured Linewidths of Sub-
Micrometer Lines using Optical, Electrical, and SEM Metrologies," Proceedings of the SPIE
Symposium on Microlithography, San Jose, Calif., Vol 1926-04, pp 34-42 (1993).
J. Potzick, "A Metrology Model for Submicrometer Dimensional Measurements," Proceedings of the
1993 Measurement Science Conference, Anaheim, Calif. (1993).
Vezzetti, Varner, Potzick, "Antireflecting-Chromium Linewidth Standard, SRM 473, for Calibration of
Optical Microscope Linewidth Measuring Systems," NIST Special Publication SP-260-119 (1992).
Vezzetti, Varner, Potzick, "Antireflecting-Chromium Linewidth Standard, SRM 475, for Calibration of
Optical Microscope Linewidth Measuring Systems," NIST Special Publication SP-260-117 (1992).
J. Potzick, "A Fundamental View of Submicron Dimensional Metrology," Proceedings of the New
England Combined Chapter of the American Vacuum Society Annual Symposium (1992)
5. 5
Vezzetti, Varner, Potzick, "Bright-Chromium Standard Reference Material, SRM 476, for Calibration of
Optical Microscope Linewidth Measuring Systems," NIST Special Publication SP-260-114 (1991).
J. Potzick, "Practical Photomask Linewidth Measurements," Proceedings of the SPIE Symposium on
Microlithography, San Jose, Calif., Vol. 1261-13, pp 114-122 (1990).
J. Potzick, "Automated Calibration of Optical Photomask Linewidth Standards at the National Institute
of Standards and Technology," Proceedings of the SPIE Symposium on Microlithography, San
Jose, Calif., Vol. 1087-34, pp 165-178 (1989).
J. Potzick, "On the Accuracy of Low Flowrate Gas Calibrations at the National Bureau of Standards,"
ISA Transactions, 25, 2, p 19 (1986).
J. Potzick and B. Robertson, "Synchronous Phase Marker and Amplitude Detector," U.S. Patent No.
4,520,320 (1985).
J. Potzick, "Performance Evaluation of the NBS Longwave Acoustic Flowmeter," Rev. Sci. Instrum.,
55, 7, p 1173 (1984).
J. Potzick and B. Robertson, "Longwave Acoustic Flowmeter," U.S. Patent No. 4,445,389 (1984).
J. Potzick and B. Robertson, "Longwave Acoustic Flowmeter," ISA Transactions, 22, 3, pp 9-15 (1983).
J. Potzick and B. Robertson, "Longwave Acoustic Flowmeter," Proceedings of the Instrument Society of
America International Conference and Exhibit, C.I. 82-107 (1982).
J. Potzick and B. Robertson, "Flow Measured Acoustically," Physics Bulletin, 33, 9, London (1982).
J. Potzick and B. Robertson, "Voltage Controlled Phase Shifter for Measuring Transfer Function in the
Presence of Noise," Rev. Sci. Instrum., 52 (1981).
B. Robertson and J. Potzick, "Synchronous Marker for Measuring Phase in the Presence of Noise," Rev.
Sci. Instrum., 48, 10 (1977).
J. Potzick and B. Robertson, J. Acoust. Soc. Am., 59, S78 (1976).
J. Potzick, "A New Method for Generating Waterdrops of Specified Mass," NBS Technical Note 776
(1973).
J. Potzick, "A Method for Determining the Dynamic Response of an Elastic Load Cell Element," Rev.
Sci. Instrum., 41, 12 (1970).
Bloss, Melton, Trumbo, Steel, Potzick, "An Extensometer for Use as a Laboratory Standard at
Temperatures of 1500 C," presented at ISA Conference, Philadelphia (1970).
J. Potzick, "Low Frequency Sinewave Oscillator," EEE, Matier Pub. Corp., N.Y. 18, 3 (1970).
J. Potzick, "Ac-dc Regulator-Modulator," Rev. Sci. Instrum., 39, 8 (1968).
Spitznagel, Potzick, Catanese, "New Impedance Method for Determining Viscoelastic Constants," Rev.
Sci. Instrum., 35, 5 (1964).