1. [1] ICEMS Scientific Secretariat
Livio Giuliani[1],[2], Settimio Grimaldi5,[3], Antonella Lisi 9, Enrico D’Emilia [4]
The replicability of the Zhadin effect and perspectives of application in diagnostics and therapy
[1] ICEMS Scientific Secretariat
[2] Director of ISPESL Department of Venice
[3] CNR-INMM, Rome
[4] ISPESL

2. But first, let’s start
with a little history………………..

3. On the unreasonable effects of ELF magnetic fields on a system of ions
E. Del Giudice 1 *, M. Fleischmann 2, G. Preparata 3  , G. Talpo 4
1INFN-Milano, Milano, Italy 2Bury Lodge, Duck Street, Tisbury, Salisbury Wilts, United Kingdom 3INFN and Department of Physics, University of Milan, Italy 4Sistemi s.r.l., Settore Ricerca, Trento, Italy *

9. We reproduced the Liboff-Zhadin effect in an A-magnetic room
with strictly controlled parameters

10. A-magnetic room
Power supply units
Solenoid chamber–
3 meters long - 30 cm wide
Zhadin cell is placed in the center of
the solenoid

11. Magnetic detector
The “Zhadin cell”

12. 4.17Hz 48uT Bo 48nT B Glutaminic acid Zhadin effect Baseline current
Applied without
magnetic field
4.17Hz
48uT Bo nT B
Experimental parameters

13. An attempt
to study if, at the Zhadin ions cyclotron frequency, molecules can generate an intrinsic magnetic
field

14. Procedures:
Samples are placed into an A-magnetic flask surrounded by two external electrodes and placed in a magnetic transductor.
The magnetic transductor is placed in the center of the main solenoid where the frequency resonance is generated

15. The solenoid for sample magnetic
Field detection is in the center
of the main solenoid
Sample

16. Function generator
Pico Ammeter
Controller unit (humidity, atmosphere)

17. Signal applied
Threshold noise
Threshold noise,
time-delayed

18. Glutamimic acid at room temperature
Without magnetic field
Magnetic field generated by “Zhadin effect” at 4.99 Hz
Time delayed magnetic
Field detection

19. Glutaminic acid at -80°C
Without magnetic field
Magnetic field due to “Zhadin” effect at 2.87 Hz
Scan end
Synchronized
magnetic
Field detection

20. Conclusion 1- at ion frequency resonance, molecules trapped into
coherence domain produce an intrinsic
magnetic field (impulse)
2-if this intrinsic magnetic field should be of some interest
in the “Liboff-Zhadin “theory is still to be investigated