18/09/2007

EXPLANATION
WHY WE SUGGEST TO DISREGARD
E=mc²

Based on the formula E=mc², the amount of energy predicted theoretically in a nuclear reaction, according to the resulting excess or missing mass m, multiplied by c² , is typically one million times on the average, more than the corresponding amount of energy in a chemical reaction.

For such a huge amount of energy,  conservative Physics prefers to close its eyes and ignore the possibility of nuclear reactions in biological organism which theoretically they believe involve an enormous amount of energy, as taught in schools for nuclear reactions, based on E=mc².

However, also based on the huge amount of evidence that nuclear reactions do occur in biological systems⁽¹⁾, actually, we could say, biological systems are characterized by nuclear reactions, also based on the fact, that certain electrolytes such as Na ⁽²⁾ and K ⁽³⁾ are so critical in biological organisms, which makes only sense by a role in nuclear transmutation from one electrolyte to the other⁽⁴⁾ and in the resulting physiology⁽⁵⁾ which comes out of these transmutations, We suggest: Instead, of ignoring the huge amount of nuclear transmutations in biology, it is better to disregard the formula: E=mc², which stands anyway without general proof in physics⁽⁶⁾.

PPP

REFERENCES

1. Nuclear Biological Transmutations  www.papimi.gr/biological_transmutations.htm 

2. Hypernatriosis and Cancer  www.papimi.gr/hypernatriosis.htm

3. Potassium lethal injection   http://hrw.org/reports/2006/us0406/4.htm

4. Kervan et al.  www.papimi.gr/biological_transmutations.htm 

5. Physiology of the cell, Panos Pappas   www.papimi.gr/Salzburg%20conf.htm

6. CORRECTNESS OF E = MC² CHALLENGE : How you may win two PAPIMI Devices or 100000 Euros http://www.papimi.gr/kmc2.htm

JUSTIFICATION
THE PROFESSOR OF MATHEMATICS
IS DOING THE MATH FOR YOU
 

E=mc²
_{CAN NOT BE ALL CORRECT,}
 
Better for Bioloy is E=0.001mc²
_{A JUSTIFICATION FROM BIOLOGY}

_{Too Much or Too Little Energy - The Pappas crisis of modern physics}

A typical K increase ⁽¹⁾ in a blood sample, taken from the blood stream, after a papimi session of 10 minutes over an inflamated area, is: from 4.1 to 4.2 to 4.4 mMol/Liter,
that is an increase of about 0.2 mMol/L of K on the average, under the influence of a papimi treatment over an inflamated area. Assuming that an average human has about 5 Liters of blood, this increase corresponds to a:
Total increase of 0.2x5 mMols of K = 1 mMol of K. (1 milimol of K = 1/1000 Mols of K)

Based on the Einsteins equation E=mc² _, we have calculated, see Pappas' Theories -Oximutation, for the transmutation of Na to K by oxygen O, 452.787 Kcals is released per 1 mMol of K that is

₁₁Na +  ₈O = ₁₉K  + 452.787 Kcal/mMol

Therefore, a typical heat released after a papimi session due to the nuclear transmutation of

Na + O = K would be 452.787 Kcal/mMol x 1 mMol = 452787000 calories of heat released in a human body. Assuming the thermal capacity of the human body is about that of water (thermal capacity of water = 1cal=1gr/1Celcius degree) for 75 Kgrs=75000 gr of body mass, then the body temperature increase for the released amount of heat, should be:

452787000/75000 = 6037,16 Celcius degrees which is about the temperature of the surface of the sun (the hell, helios=sun) and would have destroyed the whole human body instantly.

Therefore, the equation E=mc² which stands without a general proof, see top of home page of our web site, predicts too much heat released and too much temperature increase, by a factor of 1000 more that could be possibly tolerated, for a typical papimi session over an inflamated area.

We come again to our general conclusion that the Einstein formula E=mc² can not be all correct. A possible formula that could stand our calculations could be:

E = 0.001mc²

We have shown in another section that E=mc² and E=kmc² stand equally the proofs of Einstein. See the correctness of E=mc² and the related offer of 100000 Euros which nobody has claimed yet, by suggesting that we are wrong..

    Conclusions:
1. In this case the Einstein formula E=mc² is, at least, by a factor of a 1000 too big.
On the other hand, if we assume there is no nuclear activity in the human body, the energy released by chemical activity only, is too small. See relevant calculations in Oxinutation, click Pappas Theories - New Physics is needed.
2. A possible correct formula could be E=Kmc² , with various values of K. In this case K=1/1000
3. Inflamated areas seem to have excess of  Na.
4. Excess Na seem to transmute to K in a physiological way, and in an enhanced way by a papimi electromagnetic excitation 
 

REFERENCES

1. Electrically Induced Nuclear Fusion PART II  www.papim.gr/eqoflif2.htm
2. Oxymutation, Pappas' Theories

Panos Pappas, PhD
Professor of Mathematics
Professor of Physics
Athens 18/09/2007