Reprise du message précédent :
 

Elle devrait écrire en SMS parce que je suis pas sur que les voleurs sachent lire.

Bonne année et bonne soirée!
 

idem
merci

C'est pas comme si elle n'avait pas déjà fait plein de fautes hein.  

Un repost sans doute mais bon:

Interdit les feux d'artifices

 
Sauf autorisation. Ça se demande en mairie 2 semaines avant le tir pour les particuliers qui font un tir automatique, par exemple

explications ?

Et t'es pas fini non plus.

roh y'a un modal énervé là ...

Avec l'autre zouaf multi qui a trollé une page entière de topic inutile, c'est normal que ça le fait chier de ne pas être tranquille 1 heure avant 2012  

bande de douchebag    
 

Si c'est pas de l'amour ça !!!    
 

 

il y a eu bien pire un peu plus tôt. mais visiblement il y a un modo qui veille depuis un peu avant minuit
 

bon, comme il utilise un multi différent à chaque topik ça continue encore maintenant mais bon.

 
Oh la vache éh !!! (Si je puis dire )

 
quel magnifique cul !    
 
 

 
Hummm, ça me donne envie de Dimsum

 
  je consteste l'appelation dans ce cas precis. il manque la coupe decolorée mastiquée au gel, et le duckface.

http://www.dailymail.co.uk/news/ar [...] -year.html
 

C'est toi Oukellestlababalle ?

regarde dans le lien

Le pauvre il a qu'une patte.

ou 3 ?

Art for Science’s Sake
 
Princeton’s annual “Art of Science” contest is open to students, faculty, staff and alumni, and aims to prove that science is beautiful–these images were created during the course of research. The 56 winners of the 2011 Art of Science contest represent this year’s broadly interpreted theme of “intelligent design”, and were chosen by a panel based on their purely visual qualities as well as scientific interest. The images will also be included in an exhibition at the university, up through November 2012. As the website says: “The Art of Science exhibition explores the interplay between science and art. These practices both involve the pursuit of those moments of discovery when what you perceive suddenly becomes more than the sum of its parts. Each piece in this exhibition is, in its own way, a record of such a moment.” All images courtesy Princeton University’s Art of Science Competition.
 

This flower-like shape is actually a ferrofluid, a liquid mixed with small metallic particles. Ferrofluids, which are used in electronics, spacecraft and medicine, can have the properties of either a liquid or a solid, depending on whether a magnetic field is present. Unlike a flower floating on a pond, here the “flower” (the magnetized part on top) and the “water” underneath are the same material. Photo credit: Elle Starkman
 

This is not a dandelion. This image shows two superimposed scanning electron micrographs of zinc oxide nanostructures, whose applications include the harvesting of solar energy. This image was an accident—the structures should be vertically oriented, but they didn’t come out right due to surface contamination. The researchers were able, ultimately, to manufacture the right configuration, but the results turned out to be less visually interesting. Photo credits: Luisa Whittaker and Yueh-Lin Loo
 

A Great Spangled Fritillary butterfly. The grainier images, at bottom left and top, show a simulated compound-eye view of how one butterfly would see another from different distances. At 18 centimeters—the view at top right and the typical courtship distance for the species—if either the eye or the butterfly moves slightly, large portions of the image flash back and forth between all orange and all black. Photo credit: Henry S. Horn
 

A look inside a generator. The coils on the campus generator above were visible for a few days during its first 10-year preventive maintenance shutdown. The generator can produce enough electricity to power about 60% of the peak load of buildings connected to the campus grid. Photo credit: William Evans
 

The crystal structures in this piezo electric material were formed while placed under high temperature and pressure. This particular material is being studied because of its unique ability to convert mechanical energy to electrical energy offering a wide range of energy harvesting application. Photo credits: Nan Yao, Gerald Poirier, Shiyou Xu
 

To understand the fundamental building blocks of nature, scientists create large particle accelerators to accelerate and collide beams of particles. To understand the accelerators themselves, scientists create smaller machines to simulate the behavior of these beams of particles. A small tabletop version was created using a ring stand from a chemistry laboratory, two metal spheres, and a power supply that creates an electrical potential of several thousand volts. When this voltage oscillates at 60 Hertz and drop small dust particles into the gap between the ring and the spheres, it is possible to clearly see the charged particles. In this demonstration the dust grains are charged and are alternately pushed and pulled by the oscillating voltage. Since they are heavy, and the voltage oscillates quickly, the particles never have time to get pushed or pulled all the way out of the system — they stay trapped. Photo credits: Elle Starkman, Joe Caroll, Gary Stark, Andy Carpe Erik Gilson
 
Et bonne année 2012

J'ai presque envie de supposer qu'il en a 3, perso.
 

Shooting Under the Antarctic Ice