“…Also, a series of [Cu n O m ] + clusters ([Cu 6 O 5 ] + , [Cu 8 O 6 ] + , [Cu 9 O 7 ] + , and [Cu 11 O 8 ] + ) are able to oxidize NO to NO 2 . Further, upon reaction with NH 3 , the clusters [Cu 4 O 2 ] + , [Cu 5 O 3 ] + , [Cu 6 O 3 ] + , [Cu 7 O 3 ] + , and [Cu 7 O 4 ] + give rise to the release of H 2 O, whereas [Cu 7 O 5 ] + affords the generation of neutral HNO . In addition, the copper complex [(dppm)Cu 2 (H)] + (dppm=1,1‐bis(diphenylphosphino)‐methane) selectively decomposes formic acid into H 2 and CO 2 , and the structurally more simple copper hydrides [CuH 2 ] − and [Cu 2 H 3 ] − also exhibit versatile reactivities towards a series of small neutral molecules; finally, the [LCuO] + (L=1,10‐phenanthroline) complex reacts with fluoromethanes to give H/O atom transfers .…”