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       #Post#: 15--------------------------------------------------
       The organism used in the study 
   DIR By: Khatija Akter
       Date: August 29, 2023, 10:21 pm
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       Bejerano Pablo G. Bejerano Through this laser printing process
       it is possible to reproduce the Mona Lisa in less than one
       pixel. The Technical University of Denmark has created a
       nanotechnology-based laser printing process that enables
       high-quality images to be generated in tiny dimensions. To
       demonstrate their progress, the researchers responsible for the
       project have reproduced the Mona Lisa in a size smaller than
       that of a pixel on the retina screen of an iPhone. Leonardo Da
       Vinci's most famous work and possibly the most recognizable
       painting in all of history have fit into a tiny space.
       The achievement has been possible thanks to laser printing
       technology, which has been developed by scientists at the
       Technical University Buy Phone Number Database
  HTML http://Buy Phone Number Database of Denmark , and whose
       qualities are outstanding compared to what we are used to. If we
       get technical we can talk about the process reaching a
       resolution of 127,000 dots per inch . To become aware of the
       enormity of this figure, we can compare it with the resolution
       of a printed magazine, which is usually around 300 dots per inch
       (dpi). Another reference can be mobile phones, if we take the
       iPhone 6s Plus, its screen has 401 dpi. This laser printing
       process takes place at the nanoscale . A row structure with
       small columns is needed, the diameter of which is about 100
       nanometers.
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       The laser is transmitted from column to column and the
       temperature can reach 1,500 degrees for a few nanoseconds. laser
       printing The surface to be printed on is covered with a 20
       nanometer layer of aluminum and the intensity of the laser
       determines the colors that will be engraved . If the intensity
       is low, the deformation of the nanocolumns -on which the laser
       is initially applied- will be less, resulting in blue and purple
       colours. While a high intensity will lead to colors like orange
       or yellow. When the columns change what is modified is their
       geometry, with which the way in which they absorb light also
       varies . It is precisely the light that is not absorbed that the
       eyes see (if they could perceive something at the nanoscale.
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