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History
- Retrospective - Milano 1997
Fondazione
Stelline - Pallazo Marino, Comune di Milano
Milan
is probably the most European of all Italian cities, as well
as one of the industrial and thus technological centres of
Italy. This is properly confirmed by its National Museum of
Science and Technology, which encloses twenty-eight sections
going from information technology to engines and astronomy,
and some 40,000 square metres of displays. However, art and
architecture are fortunately very well represented too: Il
Duomo and the Teatro alla Scala is just a couple of widely
known examples.
Art and science go hand in hand in Milano. It comes as no
surprise that Leonardo da Vinci, one of the most illustrious
geniuses of all times, lived and developed most of his visionary
work in that city. Leonardo (1452-1519) was the epitome of
the Renaissance man. He was a great painter, and also an architect,
engineer, designer of futuristic mechanical contrivances.
In brief, he was a man with apparently inexhaustible knowledge
of practically everything.
Some
famous reproductions of his drawings and notes can be downloaded
from the Internet at http://banzai.msi.umn.edu/leonardo
and http://www.museoscienza.org/english/navi/
It
is difficult to define the words science and scientist at
Leonardo's time. He was never a professor of natural philosophy
and never struggled to develop and publish theoretical concepts
about how the world works. Yet he wanted to discover for himself
how certain things work and, to judge from his notebooks,
he did in fact have a thorough understanding of forces, levers,
winches, and the mechanics of flight. Much of these we would
surely include within the realms of science today.
Leonardo left Florence for Milan in 1481 to offer his service
to the local Duke, and during this period he painted the "Madonna
of the Rocks" and the "Last Supper", alongside with the model
of the segmented dome cladding for the Milan "Duomo". Nevertheless,
from 1509 he would devote much of his time to scientific studies.
He would undertake some research into optics, town planning,
anatomy, and engineering projects such as channelling the
course of the river Adda.
Still a curious and not widely known fact about Leonardo:
his undaunted left-handedness forced him to write his manuscripts
backwards, in mirror image.
PRIZE WINNERS
FIRST
PRIZES
Eike
Hübner : "Permanent self-conducting polymers" D
Fiona
Fraser - Ciara McGoldrick - Emma McQuillan : "Unravelling
the secrets of the preservation of Europe's bog bodies" IRL
Christoph
Lippuner - Antoine Wüthrich : "The digestive system of carnivorous
plants" CH
SECOND
PRIZES
Sebastian
Hauer - Jan Nieberle: "A circuclar saw active security-system"
D
Bernardo
Silva e Carmo: "A control centre for school experiments" P
Serguei
Idiatoulin: "The preparation of chromiferous coatings to absorb
solar energy" R
THIRD
PRIZES
Álvaro
Luis Maroto Conde: "Paravision 1.0: window access for visually
impaired" E
Thierry
Caramigeas - Vivien Moliton - Michael Pressigout: "A microwaves
controlled household management system" F
Gábor
Ivánka: "MATIKA: the game to solve your mathematical problems"
HL
Erik
van Alphen - Tom van Diessen: "Less waste with bricks" NL
Anni
Könönen: "Human impact on forest vegetation" FL
Daniel
Atwood - Andrew Teesdale: "How eucalyptus resins can prevent
seeds from germinating" UK
NOBEL
PRIZE AWARD
Eike
Hübner : "Permanent self-conducting polymers" D
ISEF
AWARD
Fiona
Fraser - Ciara McGoldrick - Emma McQuillan : "Unravelling
the secrets of the preservation of Europe's bog bodies" IRL
LONDON INTERNATIONAL YOUTH SCIENCE FORUM
Bernardo
Silva e Carmo: "A control centre for school experiments" P
JURY
MEMBERS
Sue Kingsman
Claudia Ambrosch-Draxl
Juan M. García Ruiz
Joseph Geraedts
Pedro Guerreiro
Kerksti Hermansson
Kristinn Andersen
Patrice Le Calvez
Unni Pia Løvhaug
Sauro Pasini
Tytti Varmavuo
Eugene Meieran
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