We study the quantum entanglement in aqueous micellar solutions of ionic surfactants. We have shown that excitons exist in aqueous solutions. We bathe in excitons, we are treated with excitons. Miramistine is an aqueous solution of a cationic surfactant. Journal reviewers believe that the quantum entanglement may be only in a pair of simultaneously generated photons and atoms or ions in traps at a temperature near 0 K. Macroscopic systems such as aqueous solutions under ordinary conditions in entangled states (à la Schrodinger's cat) can not be located. I ask experts to comment on the problem. There may be quantum entanglement in aqueous micellar solutions of ionic surfactants? See our preprint
Quantum entanglement in micellar solutions of ionic surfactants
There seem to be high level of decoherence in the aqueous micellar solution of ionic surfactants to conclude that quantum entanglement occurs. Whether there is emergence of a self-organizing, cooperative phenomena requires further experimental investigation. For instance, electrostatic interactions can give rise to long range order and self-assembly etc.
I am not into micellar solutions, but your mention of excitons requires careful analysis. In many systems, only when these excitons are present in distinct systems (quantum dots for examples) and where there occurs coupling interactions such as inter-system hopping, do we get quantum entanglement. And massive entanglement in some cases, where there is presence of external fields. So it is not clear what is meant by "bathe in excitons"...the conditions for entanglement appears not to be present.
Dear Dr. Alagu Thilagam :
Phrase "bathe in exciton" is reclame of article.In your answer I see a specialist on the problem being discussed. Thank you.
With best regards.
Yuri.
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