EditorialA diamond, placed in a diamond anvil cell under a microscope, for use in superconductivity experiments in a University of Rochester lab led by Ranga Dias in Rochester, N.Y., March 3, 2022. (Lauren Petracca/The New York Times)
EditorialA diamond, placed in a diamond anvil cell under a microscope, for use in superconductivity experiments in a University of Rochester lab led by Ranga Dias in Rochester, N.Y., March 3, 2022. (Lauren Petracca/The New York Times)
EditorialA diamond, placed in a diamond anvil cell under a microscope, for use in superconductivity experiments in a University of Rochester lab led by Ranga Dias in Rochester, N.Y., March 3, 2022. (Lauren Petracca/The New York Times)
EditorialA diamond, placed in a diamond anvil cell under a microscope, for use in superconductivity experiments in a University of Rochester lab led by Ranga Dias in Rochester, N.Y., March 3, 2022. (Lauren Petracca/The New York Times)
EditorialGRANTON QUARRY, NEAR EDINBURGH, MICROSCOPE ROOM AND LIBRARY, engraving 1884, UK, britain, british, europe, united kingdom, great britain, european.
EditorialAn electron microscope image provided by the U.S. Centers for Disease Control and Prevention shows oval-shaped, mature monkeybpox virions, left, and spherical, immature monkeypox virions, right, in 2003. (Centers for Disease Control and Prevention via The New York Times)
Editorial In an electron microscope image from the Centers for Disease Control and Prevention, a monkeypox virion in 2003 associated with a prairie dog outbreak that year. (Cynthia S. Goldsmith and Russell Regnery/Centers for Disease Control and Prevention via The New York Times)
EditorialThe Russian cross-country skier Sergey Ustiugov with a Russian Olympic Committee (ROC) flag at the Beijing Olympics, where Russia cannot use its name, flag or anthem because of a doping scandal at the 2014 Sochi Games, in Zjhangjiakou, China, Feb. 13, 2022. (James Hill/The New York Times)
EditorialObservations under the microscope: the regular precision of a spider's cobweb 1, and the irregular needlework of a Belgian lacemaker 2. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1807....
EditorialMagnified image under a microscope of the fibres of a sponge 1, and two-tone taffeta fabric, with yellow weft and purple warp 2. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1807. Friedr...
EditorialSnowflake crystals under the microscope. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1807. Friedrich Johann Bertuch (1747-1822) was a German publisher and man of arts most famous for hi...
EditorialMetallic crystal trees magnified under the microscope: copper 1, lead 2, pewter 3 and zinc 4. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1805. Friedrich Johann Bertuch (1747-1822) was ...
EditorialThreads of Dutch linen 1 and gold 2 magnified under a microscope. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1798. Friedrich Johann Bertuch (1747-1822) was a German publisher and man o...
EditorialCrystals magnified under a microscope: silver solution and Diana's tree 1, camphor 2, and niter 3. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1798. Friedrich Johann Bertuch (1747-1822)...
EditorialCrystals of verdigris 1, boric acid 2, common salt 3, and sal ammoniac 4 under the microscope. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1798. Friedrich Johann Bertuch (1747-1822) was...
EditorialHuman finger 1, magnified 2, epidermis 3, magnified 4, scales 5, magnified skin 6, and human blood 7, serum 8, and salt crystals in blood 9 under the microscope. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book fo...
EditorialUniversalmikroskop, Illustration of a universal microscope from the 18th century, signed: I. C. Keller exc .: Tab. II, p. 8, Keller, I. C. (exc.), 1764, Johann Christoph Keller, Wilhelm Friedrich von Gleichen-Russwurm: Das neueste aus dem Reiche der Pf...
EditorialPanel, Medium: silk and metallic thread on linen (confirmed by microscope) Technique: embroidered, Embroidered wall hanging with silk and metallic-wrapped threads. Overall meandering floral motif with center motif of two metallic vases with flowers spr...
EditorialThistle pulp cells magnified under a microscope, 18th century. Normal size A, and enlarged B to show a ring of sexagonal cells, surrounded by fibres to bring sap and nutrients. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (...
EditorialCup-shaped polyps, magnified under a microscope, 18th century. Polyps attached to pondweed 1 and a snail 7. Handcoloured copperplate engraving from Bertuch's "Bilderbuch fur Kinder" (Picture Book for Children), Weimar, 1807. Friedrich Johann Bertuch (1...
EditorialMicroscope with leather case, by Alexis Magny (Paris, 1712-after 1777). Brass and bronze, white enamel, sharkskin. H: 49 cm, H case: 64,5 cm Inv.9870.
EditorialAn electron microscope image provided by the Centers for Disease Control and Prevention shows rabies virions, dark and bullet-shaped, within an infected tissue sample. (F. A. Murphy/CDC via The New York Times)
EditorialLaw enforcement outside of Oxford High School in Oxford, Mich. on Wednesday, Dec. 1, 2021, the day after a series of shootings at the school. (Nick Hagen/The New York Times)
EditorialBinocular microscope "large Best". Signed: R. & J. Beck Ltd London 19901. London, around 1890. The "Large Best" microscope was the top product of R. and J. Beck until the introduction of the continental type in the beginning of the 20th century. Deutch...