Therefore,
This mit invention makes it:
Experts in the field know this. Consequently, the restoration of works of art requires an expert hand and an informed eye. Furthermore, For centuries. Meanwhile, restaurateurs have restored paintings by identifying the areas to be repaired, then mixing a precise shade to fill them one by one. Nevertheless, An operation that can be often complex and time -consuming. Consequently, To avoid this. Similarly, Alex Kachkinestudent in MIT mechanical engineering engineering, has designed a new method for restoring damaged works of art much faster. However, It would be 70 times faster than manual repair and would be much less expensive. In addition, This method, carried out in part thanks to the use of equipment and installations of MIT.NANO, is detailed in a study published in the journal Nature.
Use of high -fidelity software. In addition, inkjet printer – This mit invention makes it
The new method ofAlex Kachkine firstly consists this mit invention makes it in using traditional techniques for Clean the table and erase any previous restoration. According to him, this is an important element, especially if there is a large amount of overpin. Then he scans the table. uses artificial intelligence algorithms to design a virtual version of the work in his original state. After which. he uses software he has developed himself to create a map of the areas of the original table to fill, as well as the exact colors necessary to correspond to the digitally restored version.
To finish. He uses a high fidelity inkjet printer To create a “mask” of pigments, which can be aligned and glued to the damaged table. “” To perfectly reproduce colors. you need white ink and color ink to obtain the entire spectrum […] If these two layers are poorly aligned, it’s very easy to see. I therefore also developed some computer tools. based on the knowledge of human perception of colors, in order to determine the small area that we can in practice align and restore “, explain Kachkine.
Faster than traditional hand restoration approaches
The student adds that the biggest advantage with this method is that it. can be considerably faster than traditional hand painting approaches. He has shown this this mit invention makes it in restaurants a very damaged painting dating from the 15ᵉ century. According to him, the software automatically identified 5,612 separate zones requiring repair and filled them with 57,314 different colors. The restoration lasted about 3 and a half hours, about 66 times faster than traditional catering methods. As aforementioned, Alex Kachkine believes that this technique could be up to 70 times faster than manual repair. He said it took him 9 months to restore this Italian baroque painting a few years ago.
Conservation of the digital file
The student graduated in mechanical engineering at MIT explains thatA digital mask file can be kept And consulted by future restaurateurs. allowing them to precisely view the modifications made to the restoration of the original table. “” Thanks to the digital recording of the mask this mit invention makes it used. the next time someone will work on this table in 100 years, he will have an extremely precise understanding of what has been done “, He underlines, while adding that this had never been possible before in the field of work of art. In addition, the pigment mask would be easy to remove.
Alex Kachkine Hope this new method will restore many damaged works of art. However. he believes that if this technique is widely adopted, restaurateurs should be involved at each stage of this mit invention makes it the process, in order to ensure that the final work is in accordance with in the style and intention of the artist. More information on News.mit.edu. What do you think of the involvement of AI in this restoration method? I invite you to give us your opinion. your remarks or put an error in the text, click here to publish a comment.
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