#Exhibit of the Month

The main parts of the camera include the body, bellows, lens, and viewfinder system. The body consists of two lacquered walnut wood frames, joined by a folding black textile bellows that allows the necessary extension for focusing. On the front panel is the Agfa anastigmat lens, mounted in a Compur-type shutter produced by F. Deckel in Munich. It features a foldable "brilliant" viewfinder for both portrait and landscape orientation. It uses glass photographic plates coated with a photographic emulsion, mounted in walnut wood holders, with a frame size of 9x12 cm.
The walnut wood model, considered the flagship "Agfa Isolar Luxus," was designed by the A.H. Rietzschel factory in Munich, acquired by AGFA in 1925, which continued producing this type of camera under its own name until the late 1920s.
The piece was restored by Mihail Culașco, Restoration Department of NMHM.
Brief History of the Camera
The history of the camera spans 200 years, evolving from the camera obscura to today's digital devices. Key milestones include: the first permanent photograph in 1826 by French physicist Joseph Nicéphore Niépce, using a wooden box and a plate coated with bitumen of Judea; the invention of the first photographic process - daguerreotype - in 1839 by Frenchman Louis Daguerre, marking the official birth of photography; the invention of calotype, based on the negative/positive principle, by British physicist and chemist Fox Talbot; the invention of wet collodion plates by Englishman Frederick Scott Archer and dry glass plates by Richard Leach Maddox and John Huds Bennet; the introduction of flexible roll film and the launch of the first Kodak camera by American inventor George Eastman; the release of the first 35 mm film camera by German company "Leica"; the launch of the first instant camera "Polaroid," invented by American Edwin Land. Finally, starting in 1975, this path led to the digital photography revolution. Each successive step made cameras smaller and faster, significantly improving image quality.
The first photographic studio in Chișinău was opened in 1854 by Eduard Glewski, and before World War I, there were already about 100 photography studios in Bessarabia.
The collection of the National Museum of History of Moldova includes over 30 cameras, made in Austria, Germany, France, USSR, Japan, and China, dating from the late 19th century to the 2000s. Among them are folding bellows cameras, BOX-type cameras, single-lens reflex (SLR) and twin-lens reflex (TLR) cameras, as well as digital (DSLR) cameras.

Virtual Tour

Exhibitions

"Astrophysicist Nicolae DONICI - 150 Years of Light"

September 15 – October 15, 2024

The National Museum of History of Moldova, in partnership with the „Mihai Eminescu" Romanian Cultural Institute in Chișinău and the „Heritage 21" Foundation, will host the exhibition titled "Astrophysicist Nicolae Donici - 150 Years of Light".

This initiative aims to present, in an accessible and concise manner, the remarkable life and achievements of Nicolae Donici (September 1/13, 1874 - November 21, 1960), a descendant of an old noble family from Moldova. Donici was a pioneering figure in the field of astronomy, internationally recognized as an Honorary Member of the Romanian Academy, Doctor Honoris Causa of the University of Coimbra in Portugal, and one of the early members of the International Astronomical Union. His research on solar eclipses and cosmic phenomena earned him worldwide recognition in the scientific community.

A significant moment in his scientific career was the establishment of a private astronomical observatory in 1908 at Dubăsarii Vechi, on his aunt's estate. Dedicated to the study of astral phenomena, this observatory gained international fame due to Donici's ingenuity in adapting and improving his equipment. Among his notable achievements was the construction, in 1909, of a spectroheliograph, which he used to photograph the solar chromosphere in K rays (calcium), making it the only such equipment in Eastern Europe at the time. His detailed research on photospheric granules, chromospheric filaments, and solar prominences significantly advanced scientific knowledge in this field.

The exhibition also highlights Nicolae Donici's contributions to the International Astronomical Union (IAU), where he had a remarkable presence. He was an active member of several scientific commissions, including the Solar Physics Commission and the Solar Eclipses Commission. Donici attended all eight IAU congresses held between 1922 and 1955, in cities such as Rome, Cambridge, Leiden, Paris, and Stockholm. At the 1935 Paris congress, he presented the results of his research on the solar atmosphere, conducted at his observatory in Dubăsarii Vechi. His proposal to include the study of zodiacal light in the program of the Solar Atmosphere Commission was adopted, further establishing him as a leader in international astronomical research.

The 20 panels of the exhibition provide an extensive overview of his life and work, highlighting his importance as a pioneer of global astronomy and his role in advancing solar research. Through these materials, visitors will not only learn about Donici's scientific achievements but also gain insight into his lasting legacy for world science.

The exhibition can be viewed from September 15 to October 15, 2024, on the fence of the National Museum of History of Moldova, Chișinău, 121A, 31 August 1989 Street.