WristWatch Magazine #18 | Page 84

DEWITT Below: The Academia Out of Time M ontres Dewitt, the eponymous watchmaking firm founded by Mr. Jerome de Witt in 2003, celebrated its thirteenth anniversary at the 2016 Baselworld show. DeWitt arrived on the watchmaking scene at a time when haut de gamme, independent watchmaking was rising in popularity. It presented collectors with the chance to own something that was actually creative and rare. While several of the other marques that made a splash during those heady days have since receded into the ether, DeWitt has remained a pivotal player with a comprehensive watchmaking atelier all its own. Long noted for its sophisticated in-house dial making, DeWitt employs a whole team of dial makers at its manufacture. In recent years, in response to collectors’ strong interest in bespoke dials, DeWitt has added an enameller to the team. Since the beginning, Montres DeWitt’s eponymous founder, Jerome de Witt, has injected a spirit of creativity into his independent brand through a series of unusual, complicated and extremely limited concept pieces. The fourth of these concept watches has a name that perfectly communicates what its creator, a renaissance man who also happens to be a direct descendent of Napoleon, had in mind. 84 WRISTWATCH | 2016 The Academia Mathematical is a tribute to Jerome de Witt’s interest in the field of mathematics. Taking this as a starting point, the Academia Mathematical presents the wearer with a handless dial of scattered numerals in what appears a random sequence. From this disorder emerges the time, with the hours and minutes drawn to prominence on the front of the dial. This new talking piece is powered by a heavily modified version of DeWitt’s in-house caliber DW 5051. Comprising some 384 components, the Mathematical operates at a reliable frequency of 21,600 bph. It features a screwed balance for precision regulation, and will run for two days on a single wind. The Academia Mathematical’s bridges feature two different types of côtes de Genève decoration—both beveled and circular, as well as a circular-grained main plate. The technically complex movement,