Multifunctional nanoballs and variable length ligands

纳米尺寸的分子将产生新的先进材料，吸收氢（能量储存）和二氧化碳（污染控制），分离气体，产生更清洁的化学反应，并根据温度，光线和客人进行磁性开关。其他新材料将以可控的方式增加或减少其孔隙率。

Nanometer sized molecules will produce new advanced materials that absorb hydrogen (energy storage) and carbon dioxide (pollution control), separate gases, produce cleaner chemical reactions and magnetically switch in response to temperature, light and guests. Other new materials will increase or decrease their porosity in a controlled fashion.