«Study of Historical Glass Grisailles by Non-linear Optical Microscopy». Presentation by Marta Castillejo.

«Study of Historical Glass Grisailles by Non-linear Optical Microscopy». Presentation by Marta Castillejo.

Marta Castillejo, Coordinator of the CSIC Interdisciplinary Thematic Platform: Open Heritage: Research & Society, has presented this online talk at the Optics for Arts, Architecture and Archaeology (O3A) 10th Conference, as part of the Annual Conference of the International Society for Optics and Photonics (SPIE) Optical Metrology Symposium at the World of Photonics Congress in June 2021.

Title: «Study of Historical Glass Grisailles by Non-linear Optical Microscopy».
Authors: M. Oujja, F. Agua, M. Sanz, D. Morales-Martin, M. García-Heras, M. A. Villegas.
Date: 23th June 2021.
Related content:

https://pti-pais.csic.es/23-june-2021-live-session-optics-for-arts-architecture-and-archaeology-o3a/ 


23 June 2021. Live session. Optics for Arts, Architecture, and Archaeology (O3A)

SPIE, the international society for Optics and Photonics is holding his annual conference on optical metrology from 21st to 25th of June.

This Wednesday 23rd of June there is an interesting session on Heritage Science. This live Session on Optics for Arts, Architecture, and Archaeology (O3A)  will be occurring from 9:00  to 12:40 (CEST). The live access is for members of the society.

Access to the conference program, abstracts and authors: https://spie.org/EOM/conferencedetails/optics-for-art-architecture-archaeology 

PTI PAIS will be present at this live session at 11:10 (CEST) with the presentation of the paper by the coordinator of the platform, Marta Castillejo. The title of this paper is «Study of historical glass grisailles by nonlinear optical microscopy» and their authors are Marta Castillejo, Mohamed Oujja, (IQFR-CSIC); Fernando Agua (CSIC); Mikel Sanz (UNED); Daniel Morales-Martin, Manuel García-Heras and María Ángeles Villegas, (CSIC).

You can access to the abstract here: https://spie.org/optical-metrology/presentation/Study-of-historical-glass-grisailles-by-nonlinear-optical-microscopy/11784-38

For the presentation and assistence you must be member of the Optical Metrology society and there is an annual cost you can consult here:  https://spie.org/membership/explore-membership

More information about this annual meeting here: https://spie.org/optical-metrology/event/wednesday-live-stream-presentations-optics-for-arts-architecture-and-archaeology-o3a/2601593?SSO=1

 


Discovering Light: Fun Experiments with Optics – (OSAF & CSIC)

Anunciamos la publicación del libro Discovering Light: Fun Experiments with Optics, coeditado junto con SPIE, the international society for optics and photonics, the Optical Society Foundation (OSAF), y el  Consejo Superior de Investigaciones Científicas (CSIC), coincidiendo con el IDL2021.

Este libro, escrito por un equipo de jóvenes científicos españoles, y con prólogo de la Prof. MJ Yzuel, pretende dar respuesta a preguntas como ¿Qué es la luz? ¿Qué hay detrás de sus diferentes manifestaciones? ¿Qué es un instrumento óptico? ¿En qué se parece el ojo a un instrumento óptico? ¿Cómo explicamos la visión humana? ¿En qué se basan las tecnologías ópticas que utilizamos cada día? ¿Dónde está la óptica en la naturaleza? Es una propuesta divulgativa, dirigida al público general, pero con especial énfasis en los estudiantes de todos los niveles de Educación Secundaria, presenta una amplia variedad de experimentos relacionados con los distintos fenómenos e instrumentos ópticos, en el que se exponen con claridad los pasos a seguir. Todos ellos vienen precedidos de la explicación de los conceptos necesarios para su realización e interpretación, y acompañados de numerosas ilustraciones y curiosidades. Este libro es la edición en Inglés del libro Descubriendo la luz (CSIC-Catarata, 2018).

Esperamos que sirva como herramienta para ampliar el conocimiento de la Óptica y la Fotónica entre el público general, y, en especial, los estudiantes más jóvenes.

Queremos agradecer especialmente el apoyo de la Prof. MJ Yzuel como promotora de esta coedición en inglés con SPIE, OSA y CSIC.

El libro está disponible en abierto: open access, downloadable eBook via the SPIE Digital Library.

Download link: https://doi.org/10.1117/3.2579764 (acumula casi 2000 descargas en 24hrs). La versión impresa estará disponible a mediados de junio


Call for abstracts SPIE Optical Metrology in Munich, deadline 6th January 2021

SPIE Optical Metrology focuses on the latest optics and laser applications in optical metrology, multimodal sensing, artificial intelligence, and machine vision with applications for solving measurement, modeling, and inspection problems in industrial design and production engineering, vehicle navigation, multimedia technology, biotechnology, architecture, archaeology, and arts.

Take this opportunity to share your research at SPIE Optical Metrology 2021. Come to Munich to meet with users and researchers to discuss the latest inventions and applications in the field of optical metrology. The symposium will highlight new optical principles and systems for metrology, multimodal sensing, and machine vision with applications in industrial design, production engineering, process monitoring, maintenance support, biotechnology, vehicle navigation, multimedia technology, architecture, archaeology, and arts. Special emphasis is directed to model-based, remote and active approaches, sensor fusion, robot guidance, image
sequence processing and scene modelling, and biomaterials characterization, as well as to the preservation of our shared cultural heritage.
We invite engineers, scientists, researchers, trustees, and managers to attend this year’s meeting.

Co-located with Laser 2021 in Munich, Germany, this symposium will address the role of optics and lasers in the following areas:
• Optical Measurement Systems for Industrial Inspection
• Modeling Aspects in Optical Metrology
• Optical Methods for Inspection, Characterization and Imaging of Biomaterials
• Multimodal Sensing: Technologies and Applications
• Automated Visual Inspection and Machine Vision
• Optics for Arts, Architecture, and Archaeology

Further information