Have you ever wondered how 17th-century cartographers blended mythology and science in their celestial maps? Join us on Art Lectures as we explore Frederic de Wit's stunning celestial map from around 1680. This rare and beautifully engraved double hemisphere map not only charts the stars but also illustrates key astronomical theories of its time. Discover the mythological creatures, scientific hypotheses, and intricate details that make this map a true masterpiece of art and astronomy.
In this video, you'll learn:
The historical context of Frederic de Wit's celestial map The significance of the constellations and their mythological backgrounds The scientific theories illustrated in the supplementary diagrams The artistic techniques used to create this detailed map Thank you for watching Art Lectures. Please like and subscribe for more insightful art explorations.
Have you ever gazed at the stars and wondered about the myths and scientific theories that
have shaped our understanding of the cosmos? Today we'll explore Frederick de Witt's stunning
17th century celestial map, a masterpiece of astronomical art and science.
Welcome to Art Lectures. Today we're examining an oversized and beautifully engraved double
hemisphere celestial map created by the Dutch cartographer and artist Frederick de Witt
around 1680. This rare and remarkable piece not only maps the stars but also illustrates key
astronomical theories of its time. The map is composed of two main hemispheres, the northern
and southern hemispheres, each centred on the elliptic pole and rendered on a polar stereographic
projection. The constellations are shown in pictorial form with a particular emphasis on
those associated with the zodiac. Surrounding the main hemispheres are six supplementary diagrams
that illustrate the Copernican, Ptolemaic and Tycho-Braha hypotheses, as well as the phases
of the moon relative to the sun, the rotational pattern of the day and the rotation of the moon
around the earth. One of the most striking features of this map is the inclusion of
mythological creatures and figures. For instance, the constellation Pegasus, the mythical winged stallion,
is depicted with rainbow-coloured wings. According to Greek mythology, Pegasus created the fabled
Hippocrene fountain on Mount Olympus by striking the ground with his hooves. This constellation
was one of the 48 listed by Ptolemy in the 2nd century AD and remains one of the 88 constellations
recognised today. Another fascinating detail is the depiction of Sirius, the brightest star in the
earth's night sky, shown as an upside-down dog. This star has been observed since ancient times,
known as Soptet in Egypt. The Greeks associated the appearance of Sirius with the start of summer,
coining the phrase, Dog Days of Summer. In DeWitt's map, Sirius is depicted as chasing the constellation
Lepus, the hare. The map also includes the constellation Titus, a sea monster from Greek
mythology. The story goes that the goddess Cassiopeia angered Poseidon by claiming her
daughter Andromeda was more beautiful than the Nereids, sea nymphs. In retaliation, Poseidon sent
Titus to attack. Andromeda was chained to a rock as a sacrifice, but the hero Perseus arrived just
in time to save her and slay the beast. Surrounding these constellations are detailed diagrams
explaining various astronomical hypotheses of the time. The Illuminatio Lunae Persolum illustrates
the phases of the moon in relation to the sun. The Hypothesis Copernicana and Motus Terrae Annuus
Circa Solum demonstrate the Copernican theory of the earth's annual movement around the sun.
The Hypothesis Tychonica shows Tycho Brahe's hybrid model combining aspects of both the Ptolemaic
and Copernican systems. The Hypothesis Ptolemaica depicts the earth-centered universe according to
Ptolemy, and Deus Fatiabat Duo Magna Luminaria reflects the biblical creation of the two great
lights. Frederick DeWitt's Celestial Map is not only a scientific document, but also a work of
art, embellished with dark storm clouds and an elaborate title banner. It captures the blend
of mythology and science that characterized the astronomical knowledge of the 17th century.
Thank you for joining us on Art Lectures.
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