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In different solution-based methods and approaches, atoms first amalgamate atan electronically flat-level solution surface. On dissociation from theprecursor, atoms amalgamate at the solution surface. On supplying the tunedbipolar or unipolar pulses from different sources, the development of the tinyparticles is in triangular shapes. The developing tiny-shaped particles becomethe building blocks of later developed bigger-sized particles. On development,tiny-shaped particles leave the electronically flat-leveled solution surface.By entering the electronically decreasing-level solution surface, tiny-shapedparticles arrive at the center of the concave meniscus. Through differentapproaches, the nano energy packets supply to develop tiny-shaped particles. Ina triangular shape tiny particle, atomic arrays convert into structures ofsmooth elements, where traveling photons along the air-solution interfacefurther flatten them. So, they nucleated a mono-layer shape. For latercoalesced tiny particles, structures of smooth elements adjacently adhered togrow a nucleated mono-layer. The developing tiny-sized and tiny-shapedparticles do not appear to qualify for the extensively studied surface plasmonsphenomenon. In the upper-shaped mono-layer, the force of gravity becomes moresignificant than the force of levity. The opposite is the case in thelower-shaped mono-layer. Only a few microseconds are involved in adhering totwo mono-layers. The study highlights the development process of tiny-sizedparticles in selective shapes. The study has great potential in the fields ofnanoscience and nanotechnology.

Tiny-Shaped Particles Developing a Mono-Layer Shape Dealing with Localized Gravity and Levity at the Solution Surface