EMBLA. Hessdalen Light Phenomena (2002)

EMBLA. Hessdalen Light Phenomena (2002)

An Optical and Ground Survey in Hessdalen. pictures included within pdf document.

This pdf document is in relation to the hessdalen light phenomena in norway.all relevent information is included in pdf file. Also if people are not familiar with this hessdalen light phenomena study you can watch the full documentary from here... http://www.youtube.com/watch?v=sNObDdZPsY8

this is a real scientific study on this phenomena. At least scientists are taking this seriously for a change.

A two-weeks scientific expedition to Hessdalen, aimed at investigating on field mysterious atmospheric light-phenomena, was carried out in August 2002 by the physics section of an italian team of scientists. Results are presented and discussed. Photometric analysis shows that the light-phenomenon is able to produce a luminous power of up-to 100 kW.

A 3-D analysis of photo frames shows that the luminous phenomenon doesn’t resemble canonical plasma features (a sharply gaussian PSF) unless the light phenomenon is caused by one recently discovered natural light-ball of BL type whose light-distribution (PSF) might be able to simulate an uniformly illuminated solid. A comparison of the light-distribution in different time-sequential frames shows that apparent slightly exponential wings of the PSF features are probably due to variations of atmospheric turbulence and transparency and not to intrinsic properties. Maximum phases of luminosity of the radiating surface are demonstrated to be due to the sudden apparition of a cluster of co-existing light-balls at constant temperature, while the inflation of light-balls is ruled out.

Spectra show no resolved lines but a three-peaked feature which might be attributed both to some kind of artificial illumination system and to a mixture of many blended lines due to several chemical elements (more possibly: silicon). The results of a lab analysis of ground samples shows that some powder which was collected near a river contains an anomalous iron sphere of micrometric dimensions. A biophysical research-proposal aimed at studying the relation between the EM field produced by the phenomenon and the electrical activity of the human body is also presented. On the basis of this third explorative experience, the importance of having at disposal a sophisticated opto-electronic portable station (missing at present) is stressed for the future.

EMBLA

Massimo Teodorani, Ph.D.
Astrophysicist
CNR – Istituto di Radioastronomia
Via Fiorentina – Medicina (BO) – North ITALY

Gloria Nobili
Physicist
Museum of the Physics Department – Bologna University
Bologna – North ITALY