Active Microscale Construction at Pfizer Comirnaty: Research into Complex Self-Assembling Structures, by Dr. Nixon.
This observational study used dark-field microscopy combined with sessile droplet evaporation to investigate the Pfizer vaccine Comirnaty. Sessile droplet evaporation facilitates rapid self-assembly, while dark-field microscopy is arguably the optimal modality for evaluating colloidal materials. Unexpectedly, Comirnaty was found to contain dense colloidal material that self-assembled into intricate structures within the liquid vaccine, forming crystalline arrays resembling microcircuits without requiring complete evaporation.
Four distinct phenomena were observed, highlighting evidence of advanced technology beyond publicly accessible science.
These include “Daisy Chain Formation,” the “Connection Phenomenon,” and video evidence of active construction and deconstruction by microscale assemblies: dynamic systems composed of “micro-motors” and “micro-Meccano.” These findings underscore the extraordinary sophistication of self-assembling nanomaterials, raising critical questions about their origins and purpose.