Chaque délégation a présenté un diaporama sur des astronomes célèbres nationaux au cours de la réunion en Sicile en mai 2010. Ce diaporam est celui présenté par les élèves du collège de JJ SOULIER
6. Arago did a lot of research,
especially in astronmy.
His work lead to great progress in
optic and in electro-magnétism
Arago studied geodesy,
geometry, machine theory,
astronomy and physic.
Planets diameters
7. He is the first french scientist awarded with the copley's medal
11. Bernard Lyot build a small
observatory in his home for his own
experiments. He meets Alfred Perot
who allow him to study in “école
polytechniques”.
Alfred Perot
12. During the first world war, Bernard Lyot developped
radionavigation, still used nowadays by ships and planes.
La radionavigation est une technique de navigation utilisant des ondes radioélectriques
pour déterminer sa position ou un lieu de position. Les points obtenus sont indépendants
des conditions de visibilité.
13. Bernard Lyot with the help of Alfred Pero compared the surfaces of the
solar system plantets
14.
15. A coronagraph is a device which blocks light
from the center of the telescope beam while
permitting light from surrounding sources to
pass through relatively undisturbed.
16.
17. Télescope Bernard Lyot
Lyot crater on the
moon [50,2S, 84,1E]
Lyot crater on Mars, (Latitude : 30° N to
65° N. Longitude : 360° W to 300° W.)
(2452) Lyot astéroid
most names given to the astéroids sitiuated in the belt
between Mars and Jupiter planets, belongs to scientist
whom work helped to improve human knowledge in
astronomy.
18. Pierre-Simon, marquis de Laplace,
(b. March 23, 1749, Beaumount-en-Auge, Normandy, France—d. March 5, 1827, Paris),
Laplace was the son of a peasant farmer. French
mathematician, astronomer, and physicist who is
best known for his investigations into the stability of
the solar system.
Laplace successfully accounted for all the observed
deviations of the planets from their theoretical orbits
by applying Sir Isaac Newton’s theory of gravitation
to the solar system, and he developed a conceptual
view of evolutionary change in the structure of the
solar system. He also demonstrated the usefulness
of probability for interpreting scientific data.
24. Arago did a lot of research,
especially in astronmy.
His work lead to great progress in
optic and in electro-magnétism
Arago studied geodesy,
geometry, machine theory,
astronomy and physic.
Planets diameters
6
25. He is the first french scientist awarded with the copley's medal
7
29. Bernard Lyot build a small
observatory in his home for his own
experiments. He meets Alfred Perot
who allow him to study in “école
polytechniques”.
Alfred Perot
11
30. During the first world war, Bernard Lyot developped
radionavigation, still used nowadays by ships and planes.
La radionavigation est une technique de navigation utilisant des ondes radioélectriques
pour déterminer sa position ou un lieu de position. Les points obtenus sont indépendants
des conditions de visibilité.
12
31. Bernard Lyot with the help of Alfred Pero compared the surfaces of the
solar system plantets
13
33. A coronagraph is a device which blocks light
from the center of the telescope beam while
permitting light from surrounding sources to
pass through relatively undisturbed.
15
35. Télescope Bernard Lyot
Lyot crater on the
moon [50,2S, 84,1E]
Lyot crater on Mars, (Latitude : 30° N to
65° N. Longitude : 360° W to 300° W.)
(2452) Lyot astéroid
most names given to the astéroids sitiuated in the belt
between Mars and Jupiter planets, belongs to scientist
whom work helped to improve human knowledge in
astronomy.
17
36. Pierre-Simon, marquis de Laplace,
(b. March 23, 1749, Beaumount-en-Auge, Normandy, France—d. March 5, 1827, Paris),
Laplace was the son of a peasant farmer. French
mathematician, astronomer, and physicist who is
best known for his investigations into the stability of
the solar system.
Laplace successfully accounted for all the observed
deviations of the planets from their theoretical orbits
by applying Sir Isaac Newton’s theory of gravitation
to the solar system, and he developed a conceptual
view of evolutionary change in the structure of the
solar system. He also demonstrated the usefulness
of probability for interpreting scientific data.
18
