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  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-green-2.jpg
  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-dots-9.jpg
  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-dots-8.jpg
  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-dots-7.jpg
  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-dots-5.jpg
  • Computer generated geometric Op Art (Optical Art) image
    IR_f_OpArt-dots-3.jpg
  • Op art, short for optical art, is a style of visual art that uses optical illusions. Op art works are abstract. Typically, they give the viewer the impression of movement, hidden images, flashing and vibrating patterns, or of swelling or warping.
    IR_f_op-art-2.jpg
  • Camera lens under x-ray. the optical elements can be seen Nikkor 35-105mm zoomed to 35mm (left) and 105mm (right)
    GV_Lens-X-Ray_35.jpg
  • Camera lens under x-ray. the optical elements can be seen. Nikkor 18-105mm zoomed to 18mm (left) and 105mm (right)
    GV_Lens-X-Ray_18.jpg
  • Camera lens under x-ray. the optical elements can be seen. Nikkor 105mm Micro (left) Sigma 10-20mm zoom (right)
    GV_Lens-X-Ray_01_colour.jpg
  • Camera lens under x-ray. the optical elements can be seen. Nikkor 105mm Micro (left) Sigma 10-20mm zoom (right)
    GV_Lens-X-Ray_01.jpg
  • Psychedelic twirling design in blue, red and purple
    IR_f_Hats_E8707.jpg
  • Optics and Optical theory The theory of vision Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0650.jpg
  • Optics and Optical theory Telescopes and Camera Obscura Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0672.jpg
  • Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0701.jpg
  • Frontispiece illustrating Optics THE PRISMATICAL COLOURS EMBODIED INTO SEVEN FEMALE FIGURES THREE OF WHICH ARE DISTINGUISHED AS GENERATIVE AND PRIMITIVE ELEMENTS BY A CROWN AND AN EMBROIDERED MANTLE INTIMATING THAT THE RAY OF LIGHT IS COMPOSED OF YELLOW RED AND BLUE ONLY AND THAT THE OTHER COLOURS ARE MERE COMPOSITIONS OR INTERMIXTURES OF THE PRINCIPAL ONES AT THEIR RESPECTIVE CONTIGUITIES EACH OF THESE FIGURES HOLDS A REPRESENTATIVE OF ONE OF THE SEVEN COLOURS IN THE RAINBOW AS FOUND IN THE IMMENSE STORE OF NEVERCHANGING NATURE AND IN THE FOLLOWING ORDER  The Hebrew Text of 'And God said Let there be light and there was light' Genesis Chapter 1 verse 3. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0008-crop.jpg
  • Frontispiece illustrating Optics THE PRISMATICAL COLOURS EMBODIED INTO SEVEN FEMALE FIGURES THREE OF WHICH ARE DISTINGUISHED AS GENERATIVE AND PRIMITIVE ELEMENTS BY A CROWN AND AN EMBROIDERED MANTLE INTIMATING THAT THE RAY OF LIGHT IS COMPOSED OF YELLOW RED AND BLUE ONLY AND THAT THE OTHER COLOURS ARE MERE COMPOSITIONS OR INTERMIXTURES OF THE PRINCIPAL ONES AT THEIR RESPECTIVE CONTIGUITIES EACH OF THESE FIGURES HOLDS A REPRESENTATIVE OF ONE OF THE SEVEN COLOURS IN THE RAINBOW AS FOUND IN THE IMMENSE STORE OF NEVERCHANGING NATURE AND IN THE FOLLOWING ORDER  The Hebrew Text of 'And God said Let there be light and there was light' Genesis Chapter 1 verse 3. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0008.jpg
  • Perspective instruments Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0766.jpg
  • kaleidoscope. Principals and construction Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0727.jpg
  • Photometer and optometer Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0717.jpg
  • Micrometers for telescopes and microscopes Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0707.jpg
  • Compound Microscopes Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0695.jpg
  • Single Microscopes Optics and Optical theory Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0690.jpg
  • Optics and Optical theory Reflection and Inflection of light Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0612.jpg
  • Optics and Optical theory Phenomena of lenses Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0635-wb.jpg
  • William Herschel's 40 foot reflecting telescope Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0683.jpg
  • Portrait of Sir Isaac Newton, English physicist, mathematician, astronomer, philosopher. Newton's (1643-1727) discoveries were prolific and exerted a huge influence on science and thought. His theories of gravity and his three laws of motion were outlined in his greatest work, Philosophiae Naturalis Principia Mathematica, (1687) and he is credited with discovering differential calculus. He also formulated theories regarding optics and the nature of light that led to him building the first reflecting telescope. Knighted by Queen Anne in 1705, Newton is buried in Westminster Abbey, London. Copperplate engraving From the Encyclopaedia Londinensis or, Universal dictionary of arts, sciences, and literature; Volume XVII;  Edited by Wilkes, John. Published in London in 1820
    IR_f_Vol17_0043.jpg
  • Christiaan Huygens [Cristian Huygens] also Hugenius or Huyghens; (14 April 1629 – 8 July 1695), was a Dutch physicist, mathematician, astronomer and inventor, who is widely regarded as one of the greatest scientists of all time and a major figure in the scientific revolution. In physics, Huygens made groundbreaking contributions in optics and mechanics, while as an astronomer he is chiefly known for his studies of the rings of Saturn and the discovery of its moon Titan. As an inventor, he improved the design of the telescope with the invention of the Huygenian eyepiece. His most famous invention, however, was the pendulum clock in 1656, which was a breakthrough in timekeeping and became the most accurate timekeeper for almost 300 years. Because he was the first to use mathematical formulae to describe the laws of physics, Huygens has been called the first theoretical physicist and the founder of mathematical physics.[7][8]From the book La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 2  [Science and its men: lives of the illustrious sages from antiquity to the 19th century Vol 2] By by Figuier, Louis, (1819-1894); Casabó y Pagés, Pelegrín, n. 1831 Published in Barcelona by D. Jaime Seix, editor , 1879 (Imprenta de Baseda y Giró)
    IR_Men-of-Science-T2_1010.jpg
  • Christiaan Huygens [Cristian Huygens] also Hugenius or Huyghens; (14 April 1629 – 8 July 1695), was a Dutch physicist, mathematician, astronomer and inventor, who is widely regarded as one of the greatest scientists of all time and a major figure in the scientific revolution. In physics, Huygens made groundbreaking contributions in optics and mechanics, while as an astronomer he is chiefly known for his studies of the rings of Saturn and the discovery of its moon Titan. As an inventor, he improved the design of the telescope with the invention of the Huygenian eyepiece. His most famous invention, however, was the pendulum clock in 1656, which was a breakthrough in timekeeping and became the most accurate timekeeper for almost 300 years. Because he was the first to use mathematical formulae to describe the laws of physics, Huygens has been called the first theoretical physicist and the founder of mathematical physics.[7][8]From the book La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 2  [Science and its men: lives of the illustrious sages from antiquity to the 19th century Vol 2] By by Figuier, Louis, (1819-1894); Casabó y Pagés, Pelegrín, n. 1831 Published in Barcelona by D. Jaime Seix, editor , 1879 (Imprenta de Baseda y Giró)
    IR_Men-of-Science-T2_0991.jpg
  • Christiaan Huygens [Cristian Huygens] also Hugenius or Huyghens; (14 April 1629 – 8 July 1695), was a Dutch physicist, mathematician, astronomer and inventor, who is widely regarded as one of the greatest scientists of all time and a major figure in the scientific revolution. In physics, Huygens made groundbreaking contributions in optics and mechanics, while as an astronomer he is chiefly known for his studies of the rings of Saturn and the discovery of its moon Titan. As an inventor, he improved the design of the telescope with the invention of the Huygenian eyepiece. His most famous invention, however, was the pendulum clock in 1656, which was a breakthrough in timekeeping and became the most accurate timekeeper for almost 300 years. Because he was the first to use mathematical formulae to describe the laws of physics, Huygens has been called the first theoretical physicist and the founder of mathematical physics.[7][8]From the book La ciencia y sus hombres : vidas de los sabios ilustres desde la antigüedad hasta el siglo XIX T. 2  [Science and its men: lives of the illustrious sages from antiquity to the 19th century Vol 2] By by Figuier, Louis, (1819-1894); Casabó y Pagés, Pelegrín, n. 1831 Published in Barcelona by D. Jaime Seix, editor , 1879 (Imprenta de Baseda y Giró)
    IR_Men-of-Science-T2_0991-crop.jpg
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