Hypothesis of Macroatoms

A speculative framework proposing that structures larger than atoms—molecules, nanoparticles, even engineered materials—can behave as if they were individual "atoms" in a larger-scale physics. The Hypothesis of Macroatoms suggests that under certain conditions, collections of atoms can act as unified entities, exhibiting properties (quantized states, bonding, energy levels) analogous to those of individual atoms. These macroatoms could form the basis for a new kind of chemistry and physics at larger scales—where "molecules" are made of macroatoms, and "materials" are crystal lattices of these larger units. The hypothesis opens the door to engineering matter at every scale, not just the atomic.

Hypothesis of Macroatoms "Nanoparticles can exhibit discrete energy levels, just like atoms. Macroatom hypothesis says: they're not just clusters; they're artificial atoms. And if you can bond them together, you get artificial molecules—a whole new periodic table at the nanoscale. Macroatoms: atoms by design, chemistry by engineering."

Hypothesis of Macroatoms by Dumuabzu March 6, 2026