The question arises whether atoms ever touch remains complex, with reports highlighting that the lack of define boundaries around atoms makes the concept unclear. Everything, from the strongest metals to delicate clouds, is compose of atoms.
But, the atomic level introduces a much different understanding of contact compare to human perception, where “touching” involves the physical interaction of surfaces.
Christopher Baird, Associate Professor of Physics at West Texas A&M University said, touching at the atomic level is not the same as in everyday experience.
Atoms lack distinct outer surfaces, unlike the objects they form.
Descriptions of “touching” must account for the overlapping of electron orbitals, which signals the beginning of physical or chemical effects.
Atoms are compose of a nucleus, containing protons and neutrons, surround by an electron cloud.
Sources indicate that this cloud complicates any attempt to establish a clear boundary for an atom.
As per report, describe the touching of atoms as an interaction where electron orbitals overlap sufficiently to create bonds or trigger other effects.
Chemical bonds typically represent atomic contact in solids and liquids, as outline in various scientific studies.
Gases, in contrast, experience atomic interactions through collisions where particles bounce off one another.
As per report, extreme energy levels, such as those seen in particle accelerators like CERN’s Large Hadron Collider, allow for unique types of atomic interactions.
Zhiquan Sun, a doctoral candidate at MIT’s Centre for Theoretical Physics, explain that collisions in such conditions involve overlapping electron clouds.
This can lead to elastic interactions, where atoms maintain their identity, or inelastic collisions, where atoms break into smaller particles and form entirely new nuclei.
As atoms may not “touch” in the human sense, their interactions create the bonds and forces that hold matter together, shaping the world we see and experience daily.
