Secrets of the ancient nanotech masters
When shrinking down changes the rules
Tiny doctors inside our bodies
Nanomaterials shaping our future world
007skaty When exposed to ultraviolet light, titanium dioxide nanoparticles generate reactive oxygen molecules that break down industrial dyes, bacteria, and organic pollutants.
007skaty These microscopic carbon building blocks reinforce modern airplane wings and bicycle frames
007skaty Match these tiny sparkle pals to discover how nanoparticle size changes their colors.
Space elevator: Carbon nanotubes are so strong that a cable made of them could theoretically stretch from Earth to space to lift payloads!
Which future application of nanotechnology are you most excited to see become widespread?
What futuristic megastructure could theoretically be built using the extreme tensile strength of carbon nanotubes?
Why can nanoparticles pose unique environmental risks compared to larger forms of the same materials?