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2027/07/12
Manuscript Submission Deadline
After the 1st American Workshop on Ellipsometry (AWE-1), manuscripts may be submitted to AVS Publications in either Surface Science Spectra (SSS) or Journal of Vacuum Science & Technology B (JVST-B), depending on the topic and content. Manuscripts will undergo regular peer review and will be handled by regular Associate Editors at SSS or JVST-B. Guest editors will assist with the publication process and will provide a dedicated editorial perspective. Accepted manuscripts will be collated in a joint Special-Topic Collection on Ellipsometry.
This Special-Topic Collection on Ellipsometry is now open for submissions and will close on the deadline indicated above.
The Special-Topic Collection on Ellipsometry is devoted to ellipsometry, polarimetry, and related techniques that utilize polarized light to study and understand bulk materials, thin films, surfaces, interfaces, or nanostructures across fundamental and applied research. A wide range of ellipsometry aspects cover recent advances in theory, instrumentation and data analysis, as well as specialized applications across physics, chemistry, materials science, life sciences, engineering, or metrology.
Papers may originate from the AVS 72nd International Symposium (November 8 – 13, 2026, in Pittsburgh, PA) sessions organized by the Spectroscopic Ellipsometry (EL) Technical Group, or from the 1st American Workshop on Ellipsometry (February 28 – March 3, 2027, in Lincoln, NE). Other ellipsometry-related research not originating from these meetings may also be included.
Data records including optical property measurements should be submitted to Surface Science Spectra (SSS). Other regular research articles on research using ellipsometry, polarimetry, and other related techniques should be submitted to the Journal of Vacuum Science & Technology B (JVST-B).
Topics
Topics covered include, but are not limited to:
- novel hardware and sensing strategies
- in situ instrumentation and real-time process monitoring
- THz and EUV wavelengths
- imaging ellipsometry
- advanced noise reduction and signal processing
- machine learning and artificial intelligence for data analysis and modeling
- dielectric, semiconductor, and metal thin films and nanostructures
- ferro-/piezoelectrics, ferro-/antiferromagnetics, and multiferroics
- 2D materials, liquid crystals, and photonic crystals
- soft materials: organics, polymers, and self-assembled monolayers
- hybrid, composite, and multicomponent material systems
- birefringence, optical anisotropy, and chirality
- next-generation electronic or photonic materials, 3D architectures, and devices
- metamaterials, metasurfaces, and engineered photonic systems
- topological, superconducting, and low-dimensional materials for quantum technologies
- solar, battery, and thermoelectric materials for energy applications
Guest Editors
Eva Schubert (University of Nebraska-Lincoln)
Marcel Junige (University of Colorado Boulder)
Rafał Korlacki (J.A. Woollam Co., Inc.)
Megan Stokey (Milwaukee School of Engineering)
Ufuk Kılıç (University of Nebraska-Lincoln)
Alyssa Mock (Weber State University)





