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CREATING AN ARTISTIC WOOL RUG WITH A DOUBLE IMAGE IN THE VISUAL AND NEAR-INFRARED SPECTRA
Abstract
Years of research (since 2014) of the properties of colour twins based on InfraredArt theory the recording in the visible (V) and near-infrared (NIR) spectra, allowed the image to be depicted in two spectral ranges. Continued work in the field of InfraredArt painting led to the idea in 2022 of applying this artistic method to creating an artistic wool rug with a double (dual) image. This was made possible through collaboration with designers and technologists at the company reGalerija in Zabok. After numerous attempts, black pigments were found that allowed a hidden image to be created in the rug or tapestry in the NIR range. This discovery revealed the possibilities of light absorption response in wool material and in the NIR spectrum, as is visible in the IR reflectography (IRR) images. The colour pigment research, conducted using the InfraredArt method, resulted in the discovery of a new method of making rugs with double images that respected the colours/dyes/pigments in NIR. This type of rug with a hidden image in the IR range, made based on a double IR image template, is unique and the first such known work in the world. It hides a riddle or secret, or hidden information in the strands of wool, because apart from the abstract image, visible to the naked eye, it also contains an invisible, achromatic woven image with a figurative motif in the same layer.
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References12
Nazor, Dijana. 2016, Images in the infrared range: delaying the visible, the artistic part of the doctoral thesis. Zagreb: Croatian Society of Fine Artists.
Nazor, Dijana. 2019, Discovering the secrets of painting - InfraredArt. Varazdin: Varazdin City Museum, Koprivnica City Museum, Prelog City Croata Insulanus Museum, Trakoscan Palace, Mimara Museum.
Ziljak, Vilko, Klaudio Pap, Ivana Ziljak-Stanimirovic i Jana Ziljak-Vujic. 2012, Managing dual colour properties with the Z-parameter in the visual and NIR spectrum. Infrared physics & technology, 55, No. 4: 326–336.
Ziljak, Vilko, Klaudio Pap i Ivana Ziljak. 2009. Cmyk IR Security Graphics Separation in the Infrared Area, Infrared Physics and Technology. Vol. 52. No. 2-3, ISSN 1350-4495, Elsevier B. V. DOI: 10.1016/j.infrared.2009.01.001, p: 62–69, (CC, SCI, http://linkinghub.elsevier.com/retrieve/pii/S1350449509000103 (17th July 2024). (CC, SCI, SCI-Expanded)
Nazor, Dijana. 2017. Images in the infrared range: delaying the visible. While. diss., Academy of Fine Arts, University of Zagreb.
reGallery carpets and tapestries d.o.o. 2024. https://www.regalerija.hr/hr/ (26th June 2024).
Ziljak Vujic, Jana; Nazor, Dijana i Lidija Tepes Golubic. 2015. Expanded communication of paintings consideration and conceptualization of the works of art in the infra-red area, of modern and contemporary artists; Research results of the art-work of old masters, modern and contemporary artists, are being analysed through the infrared procedure. Society & technology, DIT–2015-Dr. Juraj Plenkovic, (June 2015): 212–218.
Tenzera, Marina. 2022, Angels hidden in the carpet. https://www.dnevno.hr/magazin/andeli-skriveni-u-tepihu-senzacionalna-izlozbanapravljena-novom-metodom-infracrvenog-slikarstva-koja-je-proslavila-zagreb-usvijetu- 1931188/ (16th May 2024).
reGalerija. 2024, Care and maintenance instructions for wool carpets. https://www.regalerija.hr/images/katalozi/Upute%20za%20njegu%20i%20odr%C5%B Eavanje%20vunenih%20tepiha.pdf (10th April 2024).
Hlevnjak, Branka i Dora Kinert Bucan. 2013. Nada Ziljak – Infra ART. Zagreb: Fotosoft d.o.o.
Nazor Corda, Dijana i Jana Ziljak Grsic. 2021. Extended Method of Restoration Retouching in The Near-Infrared Spectrum. In Proceedings of the 8th SWS International Scientific Conference on Social Sciences ? ISCSS. Vienna, Austria, December 8-11, 2021; pp. 667–680. DOI: 10.35603/sws.iscss.va2021/s10.65 (12th July 2024).
Ziljak Grsic, Jana, Silvio Plehati, Ivana Ziljak Stanimirovic and Tomislav Bogovic. 2023. Properties of Dyes for Painting with Spectroscopy in the Visible and Near Infrared Range. Appl. Sci. 2023. 13, 2483. (February 2023). DOI: 10.3390/app13042483 (16th June 2024).
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