Espace ... frontière de l'infini vers laquelle voyage notre vaisseau spatial.
 
 
T'as rien d'autre à faire billy ?

http://www.nature.com/nnano/journa [...] .80-f3.jpg
SEM images of hybrid nanoflowers.
a–l, Column 1, α-lactalbumin; column 2, laccase; column 3, carbonic anhydrase; column 4, lipase; at protein concentrations of 0.5 mg ml−1 (a–d), 0.1 mg ml−1 (e–h) and 0.02 mg ml−1 (i–l). From this figure the morphological changes with concentration conditions are clearly evident.
 
 
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SEM images of ZnO products obtained at different conditions. a, b ZnO nanoflowers composed of ZnO nanowires. c, d ZnO nanoflowers composed of ZnO nanoplates
 
Chen et al. Nanoscale Research Letters 2009
 
 
http://www.nature.com/nnano/journa [...] .80-f1.jpg
a, SEM image of the nanoflowers. Inset: a single nanoflower. b, High-resolution SEM image of the porous structure of the petals. c, TEM image of the nanoflower. d, High-resolution TEM image of the region indicated by the square in c. e, High-resolution TEM image of the crystal lattice structure of the petal, from the square in d. f–h, SEM images showing the ‘growth process’ of the nanoflowers achieved with different concentrations of BSA: NF-1 (f), NF-2 (g), NF-3 (h). Insets (right): high-magnification images of the nanoflowers. To make the analogy to flowers more evident we have also provided insets (left) showing flowers in different stages of development.
 
De sacrément grandes images de trucs sacrément petits...