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Longcase equation clock

Marvel at Ferdinand Berthoud's 'Longcase Equation Clock,' a stunning 1755 French masterpiece showcasing intricate marquetry, celestial mechanics, and royal patronage – a testament to horological brilliance.

Ferdinand Berthoud (1727-1807) was a renowned Swiss scientist & watchmaker, famed for his innovative marine chronometers revolutionizing sea navigation. Explore his legacy of precision timekeeping and contributions to horology. Discover his work at W

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Corner sample of the P919G picture frame: 성형 폴리스티렌, 7 cm wide and 3.5 cm thick
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Corner sample of the P959ZH picture frame: 성형 폴리스티렌, 5 cm wide and 3 cm thick
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Corner sample of the P968JZ picture frame: 성형 폴리스티렌, 6 cm wide and 4 cm thick
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Corner sample of the W106C picture frame: 원목, 5 cm wide and 3 cm thick
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Corner sample of the W218G picture frame: 원목, 5 cm wide and 3 cm thick
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Corner sample of the W218JH picture frame: 원목, 5 cm wide and 3 cm thick
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Corner sample of the W218Y picture frame: 원목, 5 cm wide and 3 cm thick
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Corner sample of the W316PJ picture frame: 원목, 6 cm wide and 3 cm thick
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Corner sample of the W316Y picture frame: 원목, 6 cm wide and 3 cm thick
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Corner sample of the W500HY picture frame: 원목, 7 cm wide and 5 cm thick
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Corner sample of the W500JH picture frame: 원목, 7 cm wide and 5 cm thick
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Corner sample of the W692G picture frame: 원목, 8 cm wide and 4 cm thick
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Corner sample of the W849H picture frame: 원목, 5 cm wide and 3 cm thick
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Corner sample of the W940BG picture frame: 원목, 7.5 cm wide and 4.5 cm thick
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Corner sample of the W953PJ picture frame: 원목, 6 cm wide and 3.5 cm thick
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표준 규격
맞춤 제작
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INCH

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₩ 376791

Longcase equation clock

재현 매체

복제본 규격

-

총 결제 금액

₩ 376791

주요 정보

  • Dimensions: 36 x 35 cm
  • Artist: Ferdinand Berthoud
  • Artistic style: Rococo
  • Notable elements: Engraved bronze dial
  • Influences: French horology
  • Location: Royal Collection

아트 퀴즈

각 질문의 정답은 하나뿐입니다.

문항 1:
What is the primary subject depicted in Ferdinand Berthoud’s ‘Longcase Equation Clock’?
문항 2:
The ‘Longcase Equation Clock’ is notable for its inclusion of which innovative feature?
문항 3:
Who is credited with the intricate case design of the ‘Longcase Equation Clock’?
문항 4:
In what year was the ‘Longcase Equation Clock’ created?
문항 5:
The clock's design reflects the influence of which artistic movement?

A Celestial Dance: Unveiling the Longcase Equation Clock

The French longcase equation clock presented here is more than a mere timekeeper; it’s a miniature universe, a testament to 18th-century scientific ambition and exquisite craftsmanship. Crafted in 1755 by Ferdinand Berthoud, a name synonymous with precision and innovation in horology, this remarkable piece transcends the functional, becoming a captivating work of art that speaks volumes about the intellectual currents of its time.

Berthoud’s genius lay not just in assembling gears and springs, but in understanding the complex relationship between time and the cosmos. He sought to reconcile the imperfect measurements of local sundials with the steady march of the solar year, creating a clock that displayed both the standard hours and the true, astronomical time – a feat considered revolutionary for its day. This ambition is immediately apparent in the clock’s dual faces: one meticulously marking the familiar twelve-hour cycle, the other presenting a more sophisticated representation of the solar day, complete with indications of leap years and the solstices and equinoxes.

A Cabinet of Wonders: The Case's Baroque Splendor

The clock’s case is a masterpiece in itself, a lavish display of marquetry and gilded ornamentation executed by Charles Cressent, a renowned cabinet-maker and sculptor. The intricate inlay work depicts a vibrant scene – cherubs playfully scattering fruit amongst lions’ heads, all set against a backdrop of stylized foliage and floral motifs. This opulent design reflects the prevailing Rococo style, characterized by its exuberance, asymmetry, and playful use of ornamentation. The claw feet, rising gracefully upwards, add to the piece's aristocratic charm.

Beyond the decorative elements, the case’s construction reveals a remarkable level of skill. The shaped upright form is not merely aesthetic; it was designed to maximize space for the intricate movement within. Cressent’s mastery is evident in the seamless integration of the marquetry with the surrounding wood, creating a harmonious and visually stunning whole.

The Heart of Innovation: Berthoud's Revolutionary Movement

At the heart of this clock lies Berthoud’s groundbreaking equation movement. This ingenious mechanism, meticulously crafted by B.L. Vulliamy in 1821, calculates the true solar time and displays it alongside the standard hours. The complexity is astounding – a network of gears, wheels, and levers working in perfect synchronicity to achieve this feat of engineering. The clock’s dial itself is a testament to Berthoud's scientific mind, incorporating astronomical indicators that reveal the positions of the sun and moon at any given time.

It’s important to note that Berthoud’s work extended far beyond this single clock. He was instrumental in developing marine chronometers – essential instruments for navigation at sea – and authored numerous scientific treatises on horology, solidifying his reputation as a leading figure in the field. His contributions were recognized by the Royal Society of London, where he was elected a Fellow in 1764.

A Legacy of Precision and Beauty

The Longcase Equation Clock is more than just an antique; it’s a tangible link to a pivotal moment in scientific history. It embodies the Enlightenment spirit of inquiry, combining artistic beauty with intellectual rigor. Its intricate design, masterful craftsmanship, and revolutionary mechanics make it a truly exceptional piece – a captivating reminder of the ingenuity and artistry that flourished during the 18th century. Reproductions capture some of this magic, offering a way to bring this remarkable clock into any home or collection.

질의응답

"Longcase equation clock" 작품을 파인 아트 프린트로 구매할 수 있나요?

Ferdinand Berthoud의 "Longcase equation clock"의 프린트는 해당 파인 아트 프린트 페이지에서 바로 주문하실 수 있습니다: 코튼 캔버스 또는 아카이브용 캔버스지에 인쇄된 파인 아트 프린트

원작 Ferdinand Berthoud의 "Longcase equation clock"의 기법과 크기는 어떻게 되나요?

원작 Ferdinand Berthoud의 "Longcase equation clock"은(는) 크기 36 x 35 cm의 Oil On Canvas 작품입니다. 기법과 크기는 원작의 정보를 나타냅니다.

"Longcase equation clock"의 색상들은 빛을 어느 정도나 반사하는 것처럼 보이나요?

Ferdinand Berthoud의 "Longcase equation clock"의 휘도는 Gentle Luminance입니다. 휘도는 색상이 빛을 얼마나 반사하는지를 나타냅니다.


작가 소개

Early Life and Career

  • Born: March 18, 1727, in Plancemont-sur-Couvet, Principality of Neuchâtel (now part of Switzerland)
  • Died: June 20, 1807, in Groslay, Val d'Oise, France
  • Ferdinand Berthoud was born into a family of watchmakers, fostering an early interest in horology.
  • He began his apprenticeship at a young age and demonstrated exceptional skill.
  • In 1753, he became a master watchmaker in Paris, marking the beginning of his professional career.
  • Berthoud held the prestigious position of Horologist-Mechanic by appointment to the King and the Navy.

Notable Works and Contributions

  • Marine Chronometers: Berthoud is most renowned for his groundbreaking work on marine chronometers, essential tools for navigation at sea. He significantly improved their accuracy and reliability.
  • Longcase Equation Clock: A notable creation demonstrating his mastery of clockmaking techniques and astronomical calculations.
  • Scientific Treatises: Berthoud authored extensive treatises on horology, contributing to the theoretical understanding of timekeeping. These included "L’Art de conduire et de régler les pendules et les montres" and "Essai sur l'horlogerie."
  • Innovation in Escapements: He explored and refined escapement mechanisms crucial for precise time measurement.
  • Examination of John Harrison's H4: In 1763, Berthoud was commissioned to examine John Harrison’s H4 Marine Timekeeper, further contributing to the advancement of chronometry.

Scientific Significance and Recognition

  • Impact on Navigation: Berthoud's marine chronometers revolutionized sea navigation by providing a more accurate means of determining longitude.
  • Fellow of the Royal Society: He was elected as a foreign associate member of the Royal Society in London (1764), recognizing his scientific contributions.
  • Member of the Institute of France: His expertise earned him membership in the prestigious Institute of France.
  • Influence on Horology: Berthoud's work significantly influenced the development of horology and precision timekeeping instruments.
  • Published Works: His publications, including his treatises on horology, were widely translated and reprinted, disseminating knowledge and advancing the field.

Legacy and Impact

  • Pioneer in Chronometry: Ferdinand Berthoud is considered a pioneer in chronometry, contributing significantly to the development of accurate timekeeping devices.
  • Advancement of Scientific Knowledge: His writings and research expanded scientific understanding of horology and its applications.
  • Enduring Influence on Watchmaking: His legacy continues to inspire watchmakers and scientists today.
  • Museum Collections: Berthoud's timepieces are preserved in museums worldwide, including the Musée d’Art et d’Histoire Neuchâtel, showcasing his craftsmanship and innovation.
  • WahooArt.com: His work is featured on WahooArt.com, preserving and promoting his artistic and scientific contributions.
Ferdinand Berthoud

Ferdinand Berthoud

1727 - 1807 , Switzerland

작가 정보 요약

  • Full Name: Ferdinand Berthoud
  • Nationality: Swiss
  • Date Of Birth: 1727
  • Date Of Death: 1807
  • Place Of Birth: Planchonvillers, Switzerland
  • Notable Artworks:
    • Longcase equation clock
    • Ferdinand Berthoud's marine chronometer
  • Artistic Movement Or Style: Horology, Scientific Instruments