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Descripton
Description of the exhibits:
I.
The
scholar
- philosopher, artist, scientific discoverer
II.
Scientific
theory and practice
III.
Approaching the birth of modern science
IV.
The
scholar – natural philosopher
V.
Specialization in science
VI.
The
scholar of our times
Pictures list
Instruments list
Exhibition catalogue
Autors
polish version
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Room IV.
The scholar - natural philosopher
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Pythagoras (?),
Neapolitan school, circle of Luca Giordano,
end of
17th century,
National Museum
in Wrocław
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Newton,
end
of 17th century,
National Museum in Wrocław
Portraits
of scholars, imaginary or based on graphic models, set into cycles or pairs,
among which perhaps the most popular was that of Heraclitus and Democritus,
enjoyed considerable popularity in the Baroque. They enabled the artist to
characterize the personality and physiognomy of great thinkers and were
attractive wall decorations in scholars’ studies and in libraries.
Pairs of philosophers stylistically akin to the Wrocław pieces were painted,
for instance, by Luca Giordano (cf. Alte Pinakothek, Munich).
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A Man
Writing,
Hendrick
Martensz Sorgh (Rotterdam 1610/1611 – Rotterdam 1670),
1663,
Signed and dated in the middle of the left-hand side edge (on a slip of
paper): HM Sorgh/ 1663 (HM interwoven),
National Museum in Warsaw.
The subject is a
Protestant preacher and
probably theologian.
In
the art of the modern era a dog was often depicted as a scholar’s companion
on account of natural intelligence and intuition ascribed to this animal and
also because it served as an example of methodical searching. Moreover, a
dog functioned as a symbol of fidelity and vigilance, a parrot, very often
appearing in iconography and emblematic art as a symbol of erudition and
eloquence. On the table the open Bible.
Hendric
Martensz Sorgh was a pupil of David Teniers the Younger and Willem Pietersz
Buytewech. He mainly specialized in genre scenes – under the influence of
the Saftleven brothers he painted interiors with peasants and kitchen
interiors with elaborate still lifes, stylistically referring to Teniers and
Brouwer as well as the Ostade brothers. He also frequently depicted market
scenes and, more rarely, musical parties. In addition, he painted
small-format portraits, marines, and historical scenes.
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Professor
Stanisław
Bieżanowski,
Polish
painter,
1671,
Unsigned, inscription at top right: M: Stanislaus Ioseph, Bieżanowski
Leopoliensis Phiae Doktor Poeseos Profesor, Collegii Minoris Senior Pater,
Historiograph, Petrician, Anis 40, solâ Vimentis, ob. defectu visus, In Alma
Universitate Cracoviensi, Vie… stylo Scriptor Celeberrim, Obiit Ano Dni
1693.4-to Id, 9 bris. Aetatis suae 65. Orbitatis vero visus 43,
Jagiellonian University Museum.
The
painting is a remarkable example of a 17th century portrait of a professor.
It is an official portrait. On the table some objects – books and a birette
which define his field of activity. Stanisław Bieżanowski (1628–1693) was a
doctor of philosophy, professor of poetry and historiographer. He
was
exempted from his academic duties because of his eye disease, instead being
obliged to write occasional poems for the Jagiellonian University.
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A
Learned Lawyer,
Cornelis Dusart (Haarlem 1660 – Haarlem 1704),
ca. 1635,
Property
of the Tarnowski family, deposited at the National Museum in Cracow.
Cornelis Dusart
was painter, draughtsman, engraver, and collector. He was one of the last pupils
of Adriaen van Ostade. He was the follower of his master Jan Steen. His series
of etchings and mezzotints which influenced the development of Dutch caricature
have assured him a place in the history of art.
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Michael
Christoph
Hanow, Jakub Wessel
(Gdańsk 1710 – Gdańsk 1780),1752,
Gdańsk
Library of the Polish Academy of Sciences.
The portrait
was painted for the 25th anniversary of the appointment of Hanow (1695–1773) as
professor at the Academic Gymnasium in Gdańsk, on the books the titels of his
works. The sitter wears elegant attire with the visible hilt of a small-sword at
his side, which indicates that he belongs to the elite. The painter continues
here in a particular way the traditions of the Late Baroque portrait of a
scholar, looking to the likeness of Hevelius for whom experimentation was
indispensable in research work.
Hanow belonged
to the group of people who in 1743 founded in Gdańsk the Societas Physicae
Experimentalis, from 1753 called Die Naturforschende Gesellschaft.
Jakob Wessel -
pupil of Johann Benedikt Hoffmann the Elder. Around 1736 he studied painting
under Antoine Pesne in Berlin. He won renown as a portraitist, especially
skilled in pastels, and was the author of the paintings decorating the interiors
of Gdańsk burgher houses and of mythological scenes in municipal edifices (Artus
Mansion). He skilfully combined the local traditionalism with new currents of
18th century French court portraiture.
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Jakob
Theodor
Klein,
Jacob Wessel (Gdańsk 1710 – Gdańsk 1780),
1759,
Signed
on the back: J.Wessel pinxit 1759,
National
Museum in Gdańsk
In this
portrait Wessel continues the tradition of 17th century Gdańsk portrait
painting, following Dutch patterns, which he combines with elements of 18th
century West European court portraiture, close to works by A. Pesne. Klein was
an eminent Gdańsk naturalist, member of numerous European learned societies. He
founded a private botanical garden in Gdańsk, in which he carried out scientific
experiments on unique plant species; he also created his own collection of
natural history specimens which included an assemblage of shells. He was the
author of numerous scientific treatises, among them those on botany, zoology,
and paleontology.
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Stanisław
Konarski,
unknown
Polish painter, before
1750,
National Museum
in Warsaw,
In the 18th
century it hung in the theatre hall of the Warsaw Collegium Nobilium, in 1811
was kept in the seat of the Piarist order in Żoliborz, and in 1832 in the former
Jesuit building in Świętojańska Street; after the dissolution of the Order in
1860 it was purchased by a private collector.
Hieronim
Konarski (1700–1773), bearer of the Gryf coat of arms, his monastic name
Stanisław of St Laurence; a Piarist, reformer of the educational system and
political writer. He worked out a new model of education for the Collegium
Nobilium, a Warsaw school designed for the children of the rich gentry and
magnates. It was based on the French pattern of the Nazarene College in Paris
and on Konarski’s own observations made during his foreign travels. He
restricted the role Church Latin and introduced into the school curriculum
foreign languages, geography,
history, geometry, physics and possibly also civil
and military architecture, extended the teaching of the Polish language,
emphasized the religious but not excessively devotional education, and took care
of developing in pupils honourable and patriotic attitudes. His reform was
responsible for the establishment of a modern model of Polish education in a
spirit of good citizenship and of the Enlightenment.
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The
Geometer (Pitagoras?),
Antoine Pesne (Paris 1683 – Berlin 1757),
ca. 1710,
National
Museum in Wrocław, In
1738 recorded together with its pendant (A Gypsy Woman Telling Fortunes) in the
general inventory of the royal Prussian collections as being kept in the Berlin
castle (Gen. Kat. 1638). After 1883 both pictures were passed to the Prussian
residence in Wrocław (where they decorated Frederick the Great’s bedroom), which
about 1926 was transformed into a branch of the Museum of Applied Arts (Schlossmuseum
inv. 96, 97). From 1946 they were kept at the National Museum in Warsaw (inv.
186445, 186446).
The scholar in
his study is a “generic theme” whose tradition goes back to the Early Christian
images of the Evangelists and the Fathers of the Church and which was
popularized by Dürer’s engravings and readily taken up in 17th century Holland.
Antoine Pesne -
portraitist, painter of court genre scenes and mythological compositions, fresco
painter, and decorator of palace interiors.
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In the
Scholars’
Study,
Johann
Michael Bretschneider,
(Aussig 1656 – Wiedeń 1727),
first
quarter of 18th century,
signed
at bottom right: JMBretschneider […] Ao […],
National
Museum in Wrocław.
Bretschneider
frequently painted interiors. Especially well known are his large-format art
chambers and galleries modelled on paintings by the Antwerp artists. The scholar
in his study was a subject particularly popular with the artists in Leiden
(Rembrandt, Dou), a Dutch university centre.
Johann Michael
Bretschneider- A Czech painter His paintings were influenced by Dutch and
Flemish art and especially by David Teniers the Younger. His subject matter
includes still lifes with flowers and genre scenes, but particularly interesting
and exceptional in the contemporary Czech painting are his scenes in interiors,
views of gallery interiors, and curio cabinets.
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Philosophers in the Study, Johann Michael
Bretschneider (Aussig 1656 – Wiedeń 1727),
first
half of 18th century,
signed
at bottom right: J: MBretschneider de Aussi Inv: et pinxit,
National
Museum in Poznań
Subjects such
as scholars in their studies, an art gallery, and a curio cabinet were
frequently taken up in 17th and 18th century painting and graphic art. These
pictures presented workplaces where scholars created their works, or depicted
“cabinets of amateurs”, a testimony to the collector’s passion and
connoisseurship of their clients.
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Air pump,Vast,
Paris, 1758,
Jagiellonian
University Museum
The design of
the apparatus was described by Jean Antoine Nollet
. Early
designs of air pumps date from the mid-17th century , In the 18th century such
pumps were improved and became elements of the standard equipment of physics
cabinets. Single- and double-barrel air pumps were used for research and
demonstration.The first to have practical application in practice was a mercury
pump, invented in 1855 by Heinrich Geissler (1815–1879).
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Nairne’s
electrostatic
generator,
England, early
19th century,
Jagiellonian
University Museum,
Purchased for the Jagiellonian University Museum in 1994
The
cylindrical generator patented by Edward Nairne (1726–1806) in 1783 in London
was the first type of an electrostatic generator that made it possible to obtain
positive as well as negative electric charges. Cylindrical generators, popular
in England towards the end of the 18th century, were frequently used for
demonstration of the effect of an electric charge on the human organism and
employed in the then emergent new branch – electrotherapy.
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A
model of the Archimedes
screw,
late
18th century,
Jagiellonian
University Museum.
This is one of
typical models made for cabinets of physics in the 18th century.
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Pyrometer,
18th century,
Jagiellonian University Museum
An instrument
for measuring the thermal expansion of metals.
The
dial
bears an external scale graduated from 0 to 10° with each 0.5 marked, increasing
clockwise, and an internal scale with an identical increasing graduation but
counter-clockwise. Two pointers indicated conventional values when the bar of
the metal examined was being heated and when it was cooling.
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Grafometr,
Claude Langlois, Paris, 1730–1780, signed: C. Langlois Paris au
Niveau,
Jagiellonian University Museum
Graphometer,
a simplified
circumferentor,
was given by Philippe Danfrie (1531–1606) in the Déclaration de l’usage du
graphomčtre (Paris 1597); simple in construction, it survived with small
modifications as the principal surveying instrument until the 19th century
Claude Langlois,
one of the best French scientific-instrument makers. From 1730 to 1780 he made
sundials as well as surveying and astronomical instruments, which were
distinguished by a high degree of accuracy and the precision of execution along
with lavish ornamentation.
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Triangulation
instrument,
18th
century,
Astronomical
Observatory in Wrocław
A surveying
instrument for topographic measurements with the application of the
triangulation method and trigonometric ratios. The alidade with movable arms
functioned as a triangulation instrument. After turning the arm over to the side
of the protractor it was possible to determine the value of an angle at which
the target was seen, the instrument then functioning as a trigonometer.
Triangulation instruments and trigonometers were not frequently used and were
characterized by a great variability in construction.
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The optical instruments
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The
meteorological instruments |
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