Wednesday, October 6, 2010

Answers from the New Emperor of Scent


We've heard back from Thomas Prevenslik. Here is what he had to say.

FN: When and why did you start thinking about quantum electrodynamics (QED) and olfactory receptors?

TP: Luca Turin contacted me about 4 months ago with some questions about QED radiation.

FN: Have you ever smelled deuterated benzaldehydes? Were they what you expected?

TP: No, I know very little about smell.

FN: How many languages do you speak or read?

TP: English, but some Chinese.

FN: Would you agree that Or Black by Pascal Morabito is “an extreme fougère, smoky, dark, bitter, resinous-green, like triple-distilled Earl Grey, a step beyond even Rive Gauche pour Homme in its saturnine glory”?

TP: Have no idea.

FN: How convincing did you find the 2007 Brookes et al., paper on olfactory receptor activation by inelastic electron tunneling? Did it motivate your new thinking on QED and smell?

TP: Marshal Stoneham sent me the paper a few weeks ago. Like all tunneling phenomenon, I thought it was difficult to understand and concluded with handwaving. But this has been going on since Marcus. Very few people understand the Marcus theory, but it is accepted. The basic problem here is that a source of EM energy is not available to produce the shape or vibration signal from the odorant molecule - so since Marcus, tunneling is thought to explain electron transfer. Perhaps, QED theory will change that.

In fact, some one other than Turin knowing that I have proposed that nanoparticles (NPs) emit ioionizing radiation in cancer suggested that perhaps odor molecules are also emitting EM radiation. A NP is like and odorant molecule in that both are similar to NPs, a necessary condition in the QED theory.

In tribochemistry, QED theory argues electrons and photons are produced by rubbing NPs off the surfaces. The residual kT energy that the atoms had while a part of a macroscopic body is not allowed by QM, so QM requires the NPs to get rid of the kT energy by EM emission.

With regard to smell, my results to date suggest that IR and VCD emission is likely emitted from the odorant molecules, again after acquiring the kT energy in colliding with the nose surface. But ionizing radiation is not likely produced as in tribochemistry. Nevertheless, if the G-receptors can detect the IR and VCD emission to produce a signal to the brain,then the QED mechanism will certainly challenge both shape and vibration theories.

Some experimental test to demonstrate that non-ionizing IR and VCR radiaton cause the odors we smell would prove the QED theory. If you know of any experimental groups that can produce odor from IR/VCD radiation, let me know. I am a retired American now in China and living in Hong Kong, China, and Berlin.

FN: Who would you rather have formulate your personal cologne: Annick Ménardo, Bertrand Duchaufour, Yohji Yamamoto, or Jean-Claude Ellena?

TP: I use my own personal smell.

FN: Have you found it difficult to publish your new vibrational theory of olfaction in peer-reviewed scientific journals? Do you think there is an effort to silence vibration theorists?

TP: I have not tried to publish, yet. But would expect opposition from both shape and vibration theorists as well. There is always an attempt to silence new scientific theories. If you look at my home page, you will see that I have challenged almost every theory in physics with the QED theory, e.g., the QED theory shows the Hubble redshift is caused by cosmic NP dust, and therefore the Universe is not expanding. So, you see I have a enemies in astronomy as well.

FN: Is 1981 Château Lamothe Despujols really all it’s cracked up to be? What’s your favorite Sauternes?

TP: Have no idea.

FN: Has a tall, socially awkward guy been following you around taking notes? If not, why not?

TP: Have no idea.

2 comments:

kjanicki said...

You crack me up. Thanks for the smile this morning.

Avery Gilbert said...

kjanicki:

Whaa? This is serious stuff we're talking--due diligence for the coronation of a new Emperor. Vibrationists everywhere are all aquiver.