Methods of manufacture of engineered materials and devices

A method to fabricate an engineered material, the method comprising:

• providing a first energy of association to a first gas or vapor feedstock substance by directing one or more beams to a first location in three dimensional space, the providing the first energy including dissociating the first gas or vapor feedstock substance into a first group of constituents including individual atoms or molecules;
• providing a second energy of association to a second gas or vapor feedstock substance by directing the one or more beams to a second location proximate the first location, the providing the second energy including (i) dissociating the second gas or vapor feedstock substance into a second group of constituents and (ii) forming a bond between at least one of the dissociated constituents of the second group and at least one of the dissociated constituents of the first group to produce a material deposit;
• and
• creating a material structure deposit by deposit by sequentially bonding deposits of dissociated constituents to the material deposit by directing the one or more beams to further dissociate additional gas or vapor feedstock substances and form bonds between their constituents and the material deposit,
• wherein the directed one or more beams include one or both of a laser beam and an atomic particle beam.