Berlin 2012 – scientific programme

Parts | Days | Selection | Search | Updates | Downloads | Help

BP: Fachverband Biologische Physik

BP 29: Posters: Regulation

BP 29.10: Poster

Thursday, March 29, 2012, 17:30–19:30, Poster A

Quantum mechanical light in biological systems — •Michael Drexel, Fritz-Albert Popp, and Rajendra P. Bajpai — International Institute of Biophysics, Neuss

Light emanating from living systems (“biophotons”) was analyzed and characterized as quantum mechanical, squeezed light. Methods for detecting ultra weak intensity (some photons per square-meter and second) at visible spectral region are described and measurements from biological samples like humans are shown. The three squeezed state parameters (r, Θ and Φ) are estimated for 10 bin sizes (50, 100, ..., 500 milliseconds) by merging the counts at contiguous bins of the observed signal. Coherency index of a signal was established, it can be estimated by a novel method for background corrected measurements, and its practicability to characterize and quantify the deviation from the squeezed state of signals are presented.

The noninvasive measurement of visible- spectral biophoton- signals can be used for reliable characterization and pointing out changes in quantum nature of all emitting systems, as for instance it is done for controlling recovering process of human health, which can be correlated with other physical body parameters like temperature.

A session of colorpuncture treatment improved the coherency indices of signals from different sides and provided relief to the subject suffering from multiple sclerosis. Both improvement of the coherency indices and relief were temporary. More lasting improvement in coherency indices required many sessions of treatment.