Clock by George Sowden, Italy, 1983 — view 1 of 2
View 1 of 2 · Image: © Victoria and Albert Museum, London · original image source

Clocks · Clock

Clock by George Sowden, Italy, 1983

DocumentedDocumented from the holding institution's catalogue record.
Maker / attribution
George Sowden (designer); ARC 74 S.A.S. (producer)
Date
1983
Country of origin
Italy
Place
Milan
Object type
Clock
Materials / technique
Sheet steel, paint, slik-screen print, quartz
Dimensions
Height: 33.5 cm; Width: 26.5 cm; Depth: 6 cm
Accession / object no.
W.22-2010
Credit line
Given by Celia Morrissette, NYC
Catalogue title (original)
Heisenberg

View the source record ↗

Record summary

Held and catalogued by Victoria and Albert Museum, London (object number W.22-2010), this is a clock by George Sowden, made in Milan, Italy, dated 1983. The Atlas places it in the Quartz Revolution period (1969 – 1990) of its Clocks collection. Materials and techniques recorded by the source: Sheet steel, paint, slik-screen print, quartz. Recorded dimensions: Height: 33.5 cm; Width: 26.5 cm; Depth: 6 cm. The record is illustrated with 2 photographs.

Assembled from the source record's structured fields. Dates and attributions are given as the source states them; where a field is missing the Atlas leaves it blank rather than estimating.

Catalogue description

V&A — Summary

The Heisenberg clock is part of the series Objects for an Electronic Age , initiated and designed by George Sowden and his wife, the designer Nathalie du Pasquier. The intention of the series was to highlight the change in the transition between mechanically based and electronically based designs. According to Sowden and du Pasquier mechanical devices have shapes that must be housed in an exterior shell while electronic devices are with regard to their appearance flexible. Both designers made twelve objects for the series. The title of the clock pays tribute to the physicist Werner Heisenberg and his famous 'uncertainty principle' which held that observation of an atomic particle (an electron) changes its location, so that a 'true' location cannot be fixed - an apt metaphor for post-modern ambiguity. Du Pasquier and Sowden were members of the Italian design group Memphis but even their independent work, e.g. the series Objects for an Electronic Age, applies characteristic post-modern features pioneered by the group: the use of plastic laminate and painted steel, the application of ornament, and the rejection of functionality in favour of a sculptural form.

V&A — Physical description

Clock in painted sheet steel, clock face silk-creened, quartz mechanism.

V&A — Object history

The Heisenberg clock is one object of the series Objects for an Electronic Age , initiated and designed by George Sowden and Nathalie du Pasquier. The premise of the series was to mark the transition between mechanically and electronically based designs. The key argument of Sowden and du Pasquier was: 'electronic age objects will be anything'. Sowden claimed: 'If mechanical design is about function, then electronic objects will be about decoration'. According to Sowden and du Pasquier mechanical devices have shapes that must be housed in an exterior shell while an electronic device can become any shape. Both made 12 objects for the series, of which Gracieux Acceuil by du Pasquier (W.32-2010) and Penrose bowl by Sowden are part of the V&A's collection. The title of the clock pays tribute to the physicist Werner Heisenberg, especially his important 'uncertainty principle' which held that observation of an atomic particle (an electron) changes its location, so that a 'true' location cannot be fixed - an apt metaphor for post-modern ambiguity. Du Pasquier and Sowden met at the inception of the Memphis design group of which they were both core members, and subsequently married. The series Objects for an Electronic Age was the couples own project and not directly connected to Memphis. However, the project employs many distinctive features pioneered by the Memphis group: the use of plastic laminate and painted steel to create a colourful, patterned surface, the use of ornament, and a departure from obvious functionality in favour of a vivid sculptural form. The micro-architectural composition is reminiscent of other designs by Memphis including Ettore Sottsass Murmansk centrepiece (M.35-2010).

Historical context

Quartz Revolution (1969 – 1990)

Seiko's Astron begins mass quartz timekeeping; traditional industries contract sharply.

Quartz movements and digital displays made accurate clocks cheap and ubiquitous after the early 1970s. LED and LCD clocks, clock radios and radio-controlled clocks appeared, while traditional mechanical clockmaking contracted sharply in Germany, France and Britain.

Read the period in the timelineMore clocks from this periodEarlier: Modern Mechanical Horology

Atlas type guide

Domestic clocks

A clock combines four systems: a source of power (falling weight, coiled spring, or later electricity), a gear train that divides time, an escapement and oscillator that regulate it (foliot, pendulum or balance), and an indicating system of dial and hands or a bell. Its history runs from the large iron weight-driven clocks of the late thirteenth century to Renaissance spring-driven table clocks, the pendulum revolution of 1656, the factory clocks of the nineteenth century and electric and quartz clocks of the twentieth.

Domestic clocks also reflect regional furniture and decorative traditions — English longcase and bracket clocks, French pendules, Viennese regulators, Black Forest and American shelf clocks — and therefore record changing tastes as much as technical progress.

What to look for

  • How the clock is powered: weights, spring barrel, fusee, electric coil.
  • The oscillator: foliot, short pendulum, long seconds pendulum or balance.
  • Whether it strikes: hour only (count wheel) or hours and quarters (rack striking).
  • The maker or retailer's name on dial and movement, and any factory trademarks.
  • Signs of alteration — replaced dials, converted escapements, 'married' cases.

Dating clues

  • Before 1656 clocks used foliots or balances; after, most domestic clocks have pendulums.
  • Anchor escapements spread after c. 1670; minute hands became common at the same time.
  • Factory production in America and Germany transformed prices after c. 1840.

General guidance written by the Atlas editors about this kind of object. It is not a statement about this particular piece; for that, rely on the source record above and on physical examination.

Read next:Verge escapementAnchor (recoil) escapementFoliot

Related records