Nanoscale gaseous material filtering and pumping systems and methods of use thereof

A material composition comprising;

• (a) a material having a first side and second side, wherein
• (i) the material has a plurality of nano-sized perforations between the first side and the second side, and
• (ii) the nano-sized perforations having an inner diameter that can provide for a gas molecule to traverse through the nano-sized perforations between the first side of the material and the second side of the material;
• and
• (b) at least one plurality of structure types incorporated above the plurality of the nano-sized perforations, wherein the at least one plurality of structure types is selected from the group consisting of
• (i) a plurality of depressions incorporated above the plurality of the nano-sized perforations on the first side of the material, wherein
• (A) the depressions in the plurality of depressions each is tapered from a depression cross-sectional area at the first side to the inner diameter of one of the nano-sized perforations, and
• (B) the depression cross-sectional area at the first side is (I) at least two times a cross-sectional area of the inner diameter of the one of the nano-sized perforations and (II) at most a cross-sectional area in which gas molecules of air at standard temperature and pressure interacting with the depressions can behave as a cloud of particles and cannot behave as a fluid,
• (ii) a plurality of rises incorporated above the plurality of the nano-sized perforations on the second side of the material, and
• (iii) a combination thereof,
• (c) wherein the at least one plurality of structure types are positioned upon the material such that the material composition is capable of preferentially permitting the traversal of the gas molecules through the nano-sized perforations from a first region on the first side to a second region on the second side, wherein
• (i) the first region is at a same or at a lower pressure than the second region, and
• (ii) the preferential permitting the traversal of the gas molecules is at migration ratio from the first side to the second side that is greater than 1 to 1.