All Stories

  1. Design of monolithic piezoelectric bimorph mirrors made from lithium niobate
  2. Shaped electrodes for adaptive X-ray optics
  3. Harmonic suppression gratings for soft X-ray monochromators
  4. Magnetically modified double-slit-based x-ray interferometry
  5. Framework for X-ray mirror surface shape fitting
  6. Controlling cantilevered adaptive X-ray mirrors
  7. Beamline Optics and Modeling School (BLOMS) 2023
  8. Thickness dependence of piezo-bimorph adaptive mirror bending
  9. Real-time machine-learning-driven control system of a deformable mirror for achieving aberration-free X-ray wavefronts
  10. Off-axis representation of hyperbolic mirror shapes for X-ray beamlines
  11. Data-driven modeling and control of an X-ray bimorph adaptive mirror
  12. Derivation of closed-form ellipsoidal X-ray mirror shapes from Fermat's principle
  13. Analytic descriptions of parabolic X-ray mirrors
  14. Simulations of applications using diaboloid mirrors
  15. Diaboloidal mirrors: algebraic solution and surface shape approximations
  16. Pseudo-gray-scale halftone gratings for shearing and Hartmann wavefront sensors
  17. Binary Amplitude Reflection Gratings for X-ray Shearing and Hartmann Wavefront Sensors
  18. Experimental verification of high-NA imaging simulations using SHARP
  19. Reflective binary amplitude grating for soft x-ray shearing and Hartmann wavefront sensing
  20. Compensation of heat load deformations using adaptive optics for the ALS upgrade: a wave optics study
  21. Extreme ultraviolet microscope characterization using photomask surface roughness
  22. Adaptive shape control of wavefront-preserving X-ray mirrors with active cooling and heating
  23. Collaborative development of diffraction-limited beamline optical systems at US DOE light sources
  24. Front Matter: Volume 10957
  25. Upgrade to the SHARP EUV mask microscope
  26. A New Light for Berkeley Lab—the Advanced Light Source Upgrade
  27. Design and demonstration of tunable soft x-ray lateral shearing and Hartmann wavefront sensors
  28. EUV photolithography mask inspection using Fourier ptychography
  29. Front Matter: Volume 10583
  30. Field-varying aberration recovery in EUV microscopy using mask roughness
  31. Taking a SHARP look at mask 3D effects
  32. Measurement of through-focus EUV pattern shifts using the SHARP actinic microscope
  33. Image-based pupil plane characterization via a space-domain basis
  34. Front Matter: Volume 10143
  35. Amplitude versus phase effects in extreme ultraviolet lithography mask scattering and imaging
  36. Front Matter: Volume 9776
  37. Emulation of anamorphic imaging on the SHARP extreme ultraviolet mask microscope
  38. Measurement of EUV lithography pupil amplitude and phase variation via image-based methodology
  39. Ultrahigh efficiency EUV contact-hole printing with chromeless phase shift mask
  40. Optimized mirror shape tuning using beam weightings based on distance, angle of incidence, reflectivity, and power
  41. Preface: The 5th International Workshop on X-ray Mirror Design, Fabrication, and Metrology
  42. Emulation of anamorphic imaging on the SHARP EUV mask microscope
  43. Image-based pupil plane characterization via principal component analysis for EUVL tools
  44. Aerial imaging study of the mask-induced line-width roughness of EUV lithography masks
  45. Multiplexed high resolution soft x-ray RIXS
  46. Off-axis aberration estimation in an EUV microscope using natural speckle
  47. EUV actinic brightfield mask microscopy for predicting printed defect images
  48. Examination of phase retrieval algorithms for patterned EUV mask metrology
  49. Demonstration of 22-nm half pitch resolution on the SHARP EUV microscope
  50. EUV Research at Berkeley Lab: Enabling Technologies and Applications
  51. Mask blank defect printability comparison using optical and SEM mask and wafer inspection and bright field actinic mask imaging
  52. Evaluating printability of buried native extreme ultraviolet mask phase defects through a modeling and simulation approach
  53. Modal wavefront reconstruction from its gradient
  54. Aberration estimation using EUV mask roughness
  55. Understanding EUV mask blank surface roughness induced LWR and associated roughness requirement
  56. A method of image-based aberration metrology for EUVL tools
  57. Phase measurements of EUV mask defects
  58. Enhancing defect detection with Zernike phase contrast in EUV multilayer blank inspection
  59. New ways of looking at masks with the SHARP EUV microscope
  60. Evaluating printability of buried native EUV mask phase defects through a modeling and simulation approach
  61. Level-set multilayer growth model for predicting printability of buried native extreme ultraviolet mask defects
  62. Broader view on extreme ultraviolet masks: adding complementary imaging modes to the SHARP microscope
  63. Enabling EUV Resist Research at the 1x and Smaller Regime
  64. Partially Coherent Quantitative Phase Retrieval for EUV Lithography
  65. Gradient descent algorithm applied to wavefront retrieval from through-focus images by an extreme ultraviolet microscope with partially coherent source
  66. Experimental measurements of telecentricity errors in high-numerical-aperture extreme ultraviolet mask images
  67. A broader view on EUV-masks: adding complementary imaging modes to the SHARP microscope
  68. Phase-enhanced defect sensitivity for EUV mask inspection
  69. Electro-optical system for scanning microscopy of extreme ultraviolet masks with a high harmonic generation source
  70. Extreme ultraviolet mask roughness: requirements, characterization, and modeling
  71. Actinic mask imaging: recent results and future directions from the SHARP EUV microscope
  72. Recovering effective amplitude and phase roughness of EUV masks
  73. Increased depth of field through wave-front coding: using an off-axis zone plate lens with cubic phase modulation in an EUV microscope
  74. The SEMATECH high-NA actinic reticle review project (SHARP) EUV mask-imaging microscope
  75. Pupil shaping and coherence control in an EUV mask-imaging microscope
  76. Metrology for the Advancement of X-ray Optics at the ALS
  77. In situ fine tuning of bendable soft x-ray mirrors using a lateral shearing interferometer
  78. Application of phase shift focus monitor in EUVL process control
  79. Commissioning an EUV mask microscope for lithography generations reaching 8 nm
  80. Experimental methods for optimal tuning of bendable mirrors for diffraction-limited soft x-ray focusing
  81. Methodology for optimal in situ alignment and setting of bendable optics for nearly diffraction-limited focusing of soft x-rays
  82. Ex situ tuning of bendable x-ray mirrors for optimal beamline performance
  83. Methodology for optimal in situ alignment and setting of bendable optics for diffraction-limited focusing of soft x-rays
  84. EUV actinic imaging tool aerial image evaluation of EUVL embedded phase shift mask performance
  85. EUV mask multilayer defects and their printability under different multilayer deposition conditions
  86. Printability study of pattern defects in the EUV mask as a function of hp nodes
  87. Accelerating EUV learning with synchrotron light: mask roughness challenges ahead
  88. Printability of native blank defects and programmed defects and their stack structures
  89. Mask roughness challenges in extreme ultraviolet mask development
  90. An experimental apparatus for diffraction-limited soft x-ray nano-focusing
  91. Design optimization of bendable x-ray mirrors
  92. Development of in situ, at-wavelength metrology for soft X-ray nano-focusing
  93. Characterization of Mo/Si multilayer growth on stepped topographies
  94. Optical modeling of Fresnel zoneplate microscopes
  95. Cross-check of ex-situ and in-situ metrology of a bendable temperature stabilized KB mirror
  96. An EUV Fresnel zoneplate mask-imaging microscope for lithography generations reaching 8 nm
  97. Quantitative evaluation of mask phase defects from through-focus EUV aerial images
  98. Critical challenges for EUV resist materials
  99. Printability and inspectability of defects on the EUV mask for sub-32nm half pitch HVM application
  100. Replicated mask surface roughness effects on EUV lithographic patterning and line edge roughness
  101. The SEMATECH Berkeley MET: extending EUV learning down to 16nm half pitch
  102. Using synchrotron light to accelerate EUV resist and mask materials learning
  103. Actinic characterization of extreme ultraviolet bump-type phase defects
  104. Reflection microscope for actinic mask inspection and other progress in soft x-ray laser nano-imaging
  105. Extreme ultraviolet mask substrate surface roughness effects on lithographic patterning
  106. Laser based aerial microscope for at-wavelength characterization of extreme ultraviolet lithography masks
  107. Photon flux requirements for extreme ultraviolet reticle imaging in the 22- and 16-nm nodes
  108. At-wavelength optical metrology development at the ALS
  109. Extreme ultraviolet laser-based table-top aerial image metrology of lithographic masks
  110. Photon flux requirements for EUV reticle imaging microscopy in the 22- and 16nm nodes
  111. Actinic imaging of native and programmed defects on a full-field mask
  112. EUV-multilayers on grating-like topographies
  113. A study of defects on EUV masks using blank inspection, patterned mask inspection, and wafer inspection
  114. Carbon contamination topography analysis of EUV masks
  115. Particle removal challenges of EUV patterned masks for the sub-22nm HP node
  116. Printability and inspectability of programmed pit defects on the masks in EUV lithography
  117. The SEMATECH Berkeley MET pushing EUV development beyond 22nm half pitch
  118. Effect of carbon contamination on the printing performance of extreme ultraviolet masks
  119. Study of real defects on EUV blanks and a strategy for EUV mask inspection
  120. Wavelength-specific reflections: A decade of extreme ultraviolet actinic mask inspection research
  121. Actinic imaging and evaluation of phase structures on extreme ultraviolet lithography masks
  122. Surface Slope Metrology on Deformable Soft X-ray Mirrors
  123. Elliptically Bent X-Ray Mirrors with Active Temperature Stabilization
  124. Table-top Extreme Ultraviolet Laser Aerial Imaging of Lithographic Masks
  125. Table-top microscope for at-wavelength inspection of extreme ultraviolet lithography mask
  126. Investigation of buried EUV mask defect printability using actinic inspection and fast simulation
  127. Advances in full field microscopy with table-top soft x-ray lasers
  128. Thorough characterization of an EUV mask
  129. 22-nm Half-pitch extreme ultraviolet node development at the SEMATECH Berkeley microfield exposure tool
  130. Collecting EUV mask images through focus by wavelength tuning
  131. Mask defect verification using actinic inspection and defect mitigation technology
  132. Carbon contamination of extreme ultraviolet (EUV) masks and its effect on imaging
  133. Comparison of fast 3D simulation and actinic inspection for EUV masks with buried defects
  134. Improving the performance of the actinic inspection tool with an optimized alignment procedure
  135. Inspection 13.2-nm table-top full-field microscope
  136. The SEMATECH Berkeley microfield exposure tool: learning at the 22-nm node and beyond
  137. EUV actinic defect inspection and defect printability at the sub-32-nm half-pitch
  138. Microscopy of extreme ultraviolet lithography masks with 132 nm tabletop laser illumination
  139. 13.2 nm Table-Top Inspection Microscope for Extreme Ultraviolet Lithography Mask Defect Characterization
  140. At-Wavelength and Optical Metrology of Bendable X-Ray Optics for Nanofocusing at the ALS
  141. Comparison of fast three-dimensional simulation and actinic inspection for extreme ultraviolet masks with buried defects and absorber features
  142. EUV pattern defect detection sensitivity based on aerial image linewidth measurements
  143. Latest results from the SEMATECH Berkeley extreme ultraviolet microfield exposure tool
  144. Pushing extreme ultraviolet lithography development beyond 22 nm half pitch
  145. Actinic extreme ultraviolet mask inspection beyond 0.25numericalaperture
  146. Benchmarking EUV mask inspection beyond 0.25 NA
  147. Advanced extreme ultraviolet resist testing using the SEMATECH Berkeley 0.3-NA microfield exposure tool
  148. Determining the critical size of EUV mask substrate defects
  149. EUV mask reflectivity measurements with micron-scale spatial resolution
  150. Performance of actinic EUVL mask imaging using a zoneplate microscope
  151. Detectability and printability of EUVL mask blank defects for the 32-nm HP node
  152. EUV and non-EUV inspection of reticle defect repair sites
  153. EUV MET printing and actinic imaging analysis on the effects of phase defects on wafer CDs
  154. Recent results from the Berkeley 0.3-NA EUV microfield exposure tool
  155. Advanced resist testing using the SEMATECH Berkeley extreme ultraviolet microfield exposure tool
  156. Multilayer defects nucleated by substrate pits: a comparison of actinic inspection and non-actinic inspection techniques
  157. Lithographic characterization of the spherical error in an extreme-ultraviolet optic by use of a programmable pupil-fill illuminator
  158. Investigation of the current resolution limits of advanced extreme ultraviolet (EUV) resists
  159. Lithographic characterization of low-order aberrations in a 0.3-NA EUV microfield exposure tool
  160. Testing EUV optics with EUV light: If you can measure it, you can make it
  161. Extreme Ultraviolet Lithography Capabilities at the Advanced Light Source Using a 0.3-NA Optic
  162. Actinic inspection of extreme ultraviolet programed multilayer defects and cross-comparison measurements
  163. Ultra-high accuracy optical testing: creating diffraction-limited short-wavelength optical systems
  164. X-ray beam metrology and x-ray optic alignment by Hartmann wavefront sensing
  165. EUV focus sensor: design and modeling
  166. EUV microexposures at the ALS using the 0.3-NA MET projection optics
  167. Performance of EUV photoresists on the ALS micro exposure tool
  168. Characterization of the synchrotron-based 0.3 numerical aperture extreme ultraviolet microexposure tool at the Advanced Light Source
  169. Extreme ultraviolet focus sensor design optimization
  170. Lithographic characterization of the field dependent astigmatism and alignment stability of a 0.3 numerical aperture extreme ultraviolet microfield optic
  171. Measuring line roughness through aerial image contrast variation using coherent extreme ultraviolet spatial filtering techniques
  172. EUV interferometric testing and alignment of the 0.3-NA MET optic
  173. EUV resist imaging below 50 nm using coherent spatial filtering techniques
  174. Status of EUV micro-exposure capabilities at the ALS using the 0.3-NA MET optic
  175. Recent developments in X-UV optics and X-UV diagnostics
  176. At-Wavelength Interferometry of High-NA Diffraction-Limited EUV Optics
  177. A Synchrotron-Based Fourier-Synthesis Custom-Coherence Illuminator
  178. X ray Wavefront Hartmann Sensor
  179. At-wavelength alignment and testing of the 0.3 NA MET optic
  180. Extreme ultraviolet microexposures at the Advanced Light Source using the 0.3 numerical aperture micro-exposure tool optic
  181. New techniques for the measurement of x-ray beam or x-ray optics quality
  182. Hartmann wave-front measurement at 134 nm with λ_EUV/120 accuracy
  183. EUV interferometry of the 0.3-NA MET optic
  184. Calibration of EUV 2D photoresist simulation parameters for accurate predictive modeling
  185. Effects of radiation-induced carbon contamination on the performance of an EUV lithographic optic
  186. Resist evauation at 50 nm in the EUV using interferometric spatial-frequency-doubled imaging
  187. Static EUV micro-exposures using the ETS Set-2 optics
  188. System and process learning in a full-field, high-power EUVL alpha tool
  189. Fourier-synthesis custom-coherence illuminator for extreme ultraviolet microfield lithography
  190. Preparations for extreme ultraviolet interferometry of the 0.3 numerical aperture Micro Exposure Tool optic
  191. Lithographic characterization of the printability of programmed extreme ultraviolet substrate defects
  192. Printing-based performance analysis of the engineering test stand set-2 optic using a synchrotron exposure station with variable sigma
  193. Fourier transform interferometer alignment method
  194. Honing the accuracy of extreme-ultraviolet optical system testing: at-wavelength and visible-light measurements of the ETS Set-2 projection optic
  195. Lithographic evaluation of the EUV engineering test stand
  196. Performance upgrades in the EUV engineering test stand
  197. Static microfield printing at the Advanced Light Source with the ETS Set-2 optic
  198. Direct measurement of index of refraction in the extreme-ultraviolet wavelength region with a novel interferometer
  199. Testing extreme ultraviolet optics with visible-light and extreme ultraviolet interferometry
  200. Sub-70 nm extreme ultraviolet lithography at the Advanced Light Source static microfield exposure station using the engineering test stand set-2 optic
  201. Soft X-Ray Microscopy and EUV Lithography: An Update on Imaging at 20–40 nm Spatial Resolution
  202. Current Status of the EUV Engineering Test Stand.
  203. <title>Initial results from the EUV engineering test stand</title>
  204. Wave-front measurement errors from restricted concentric subdomains
  205. <title>Adding static printing capabilities to the EUV phase-shifting point diffraction interferometer</title>
  206. <title>Extremely fine-pitch printing with a 10X Schwarzschild optic at extreme-ultraviolet wavelengths</title>
  207. <title>System integration and performance of the EUV engineering test stand</title>
  208. Tolerancing of diffraction-limited Kirkpatrick–Baez synchrotron beamline optics for extreme-ultraviolet metrology
  209. Fourier-transform method of phase-shift determination
  210. Extreme-ultraviolet lensless Fourier-transform holography
  211. At-wavelength characterization of the extreme ultraviolet Engineering Test Stand Set-2 optic
  212. First lithographic results from the extreme ultraviolet Engineering Test Stand
  213. Phase-shifting point-diffraction interferometry at 193 nm
  214. EUV interferometry of a four-mirror ring-field EUV optical system
  215. <title>EUV engineering test stand</title>
  216. <title>EUV holographic aerial image recording</title>
  217. At-wavelength, system-level flare characterization of extreme-ultraviolet optical systems
  218. <title>At-wavelength characterization of DUV-radiation-induced damage in fused silica</title>
  219. Extreme ultraviolet carrier-frequency shearing interferometry of a lithographic four-mirror optical system
  220. Extreme ultraviolet alignment and testing of a four-mirror ring field extreme ultraviolet optical system
  221. Extreme ultraviolet holographic microscopy and its application to extreme ultraviolet mask-blank defect characterization
  222. The EUV phase-shifting point diffraction interferometer
  223. The PS/PDI: A high accuracy development tool for diffraction limited short-wavelength optics
  224. Extreme-ultraviolet phase-shifting point-diffraction interferometer: a wave-front metrology tool with subangstrom reference-wave accuracy
  225. <title>Recent advances in EUV phase-shifting point diffraction interferometry</title>
  226. Direct comparison of EUV and visible-light interferometries
  227. EUV scattering and flare of 10X projection cameras
  228. Sub-100-nm lithographic imaging with an EUV 10X microstepper
  229. Dual-domain point diffraction interferometer
  230. Tunable coherent radiation in the soft X-ray and extreme ultraviolet spectral regions
  231. Testing extreme ultraviolet optical systems at-wavelengthwith sub-angstrom accuracy
  232. Extreme ultraviolet interferometric measurements of diffraction-limited optics
  233. Interferometric at-wavelength flare characterization of extreme ultraviolet optical systems
  234. Phase effects owing to multilayer coatings in a two-mirror extreme-ultraviolet Schwarzschild objective
  235. High-accuracy interferometry of extreme ultraviolet lithographic optical systems
  236. Microassembly technologies for MEMS
  237. Characterization of the accuracy of EUV phase-shifting point diffraction interferometry
  238. At-wavelength interferometry of extreme ultraviolet lithographic optics
  239. Extreme ultraviolet interferometry
  240. At-wavelength interferometry for extreme ultraviolet lithography
  241. Characterization of an EUV Schwarzschild objective using phase-shifting point diffraction interferometry
  242. Phase-shifting point-diffraction interferometry at EUV wavelengths
  243. Phase-shifting point diffraction interferometer
  244. Interferometry using undulator sources (invited, abstract)
  245. Progress towards λ/20 extreme ultraviolet interferometry
  246. At-wavelength testing of optics for EUV
  247. EUV Optical Testing