Structure of porous hydrogels with pores of different length scales. Big pores due to a sacrificial porogen and smaller pores due to the chemical structure of hydrogels. Microscope: SEM Merlin.
HAADF STEM image of 40 nm Cu nanocubes on Cu grid. Microscope: TEM Themis.
A coral in a black ocean, Elisabetta Bonaglia (LPDC)
2% w/w Ni grafted on Al₂O₃, deposited on MgO upon Nickel reduction. The image was taken with the microscope FEI Tecnai Osiris, using HAADF STEM (200 kV, FEI standard single tilt). Microscope: TEM Osiris.
Micro Snow Mountain Range, Yan Meng (FIMAP)
A snow mountain range appears on a curved imprinted polymer thin film. Flat parts are light as the peaks covered by snow while oblique parts are dark like plants. The imprinted structure just offers 3D effect, forming the stereoscopic mountain ridge。Microscope: SEM Gemini.
Lemon race, Laurène Tribolet (FIMAP)
Selenium film dewetting on a substrate patterned with grooves, resulting in lemon-shaped droplets racing in their own track. Microscope: SEM Gemini.
Trypophobia, Eva Baur (Soft Materials Laboratory)
Structure of porous hydrogels with pores of different length scales. Big pores due to a sacrificial porogen and smaller pores due to the chemical structure of hydrogels. Microscope: SEM Merlin.Paragliding Copper Man, Saltanat Toleukhanova (INE)
HAADF STEM image of 40 nm Cu nanocubes on Cu grid. Microscope: TEM Themis.A coral in a black ocean, Elisabetta Bonaglia (LPDC)
2% w/w Ni grafted on Al₂O₃, deposited on MgO upon Nickel reduction. The image was taken with the microscope FEI Tecnai Osiris, using HAADF STEM (200 kV, FEI standard single tilt). Microscope: TEM Osiris.Micro Snow Mountain Range, Yan Meng (FIMAP)
A snow mountain range appears on a curved imprinted polymer thin film. Flat parts are light as the peaks covered by snow while oblique parts are dark like plants. The imprinted structure just offers 3D effect, forming the stereoscopic mountain ridge。Microscope: SEM Gemini.Lemon race, Laurène Tribolet (FIMAP)
Selenium film dewetting on a substrate patterned with grooves, resulting in lemon-shaped droplets racing in their own track. Microscope: SEM Gemini.
