ΠΑΠΙΜΙ
At 0951 PM 1/11/2003 +0100, Jacques Valentin wrote:
Dear Pr Pappas,
I am one of your French reader and read your Website regularly with great
interest.
First thanks a lot for your very interesting work. At the same time bringing a new
operational electromagnetic device and so interesting theories on cancer or
Kevran etc is really fantastic!
On Kevran you say that he made an error confusing an endothermic with what
you thing is an exothermic nuclear transformation.
In the pages of Kervran books you give extracts, he explained with a lot of details
that the endothermic reaction explains why the inner heat of the body goes down
when given salt witch becomes potassium preventing hyperthermia. It seems a
strong argument but you don't speak of it. It would be nice if you could bring some
light there!
I hope we can see one day, a pap imi application center in France where some of
your best ideas are coming from!
Sincerely,
Jacques Valentin
My Reply:
"AIR CONDITIONS" - REFRIGERATORS NEED ENERGY TO COOL.
THEY NEED EVEN MORE ENERGY TO COOL IN HOTTER ENVIRONMENTS.
18/1/2003
Dear Dr Jacques Valentin
Thank you for your letter.
I am very much excited to get an input from France about Louis Kervran.
Definitely, Kervran made a great contribution in revealing the "non political correct" in Medicine, as the other World's Greatest French Physicist Andre Marie Ampere did in Physics, by giving the "non political correct formula" in Electrodynamics, suppressed today-after Einstein- practically in all Physics Text books. One has to look in older (100 years older) encyclopedias, about the original Ampere formula submitted to the French Academy of Sciences in the years 1821-1826 and compare it with the Ampere formula given today! It is an unbelievable surprise to experience.
Also based in Nuclear Physics calculations for "Na and O to K energy", one gets an exothermic reaction, as for most fusions of lighter elements.
So Kervran is wrong here.
About your comments on Kervran's arguments concerning hot conditions, my answer is that energy is still needed from Na and O, to increase breathing, blood circulation to carry the heat to the outside body surface and environment and probably for other cooling body's extra functions.
I remember the real hot days in Greece. People with weak heart get into serious problems for their heart is stressed and deaths due to heart insufficiency increase dramatically during those days.
Heart is an organ that takes a lot of energy and consequently, it consumes a lot of Na and O, too.
A usual picture is with dogs, when they are overheated they spent more effort to breath, much deeper and much quicker with their tongue sticking out of their mouth to dissipate fast more heat.
Finally, I would say "air conditions" to cool in a hotter environment consume more energy which is understandable from thermodynamics point of view.
I will appreciate of any farther input, as I am considering these lines, too.
Thank you again.
Sincerely,
Prof. Panos Pappas, PhD in Physics.
For energy consideration of this equation click : http://www.papimi.gr/kmc2.htm