At a ceremony here on Friday, Dr Avanish Kumar Srivastava, Director, CSIR, Council of Scientific and Industrial Research—Advanced Materials and Processes Research Institute (AMPRI), Bhopal & Prof Dr Nisanth Nambison, Nodal officer for Research at Govt Homeopathic Medical College and Hospital exchanged documents to undertake a collaborative research study to unravel the mysteries of highly diluted homeopathic medicines.
Highly diluted Homeopathic medicines have been a mystery for the scientific circles. But, studies conducted by Luc Montagnier who won Nobel prize for discovering HIV-AIDS opened up new avenues and a new physical property of highly diluted DNA samples of viruses and bacteria. His study reveals that these highly diluted solutions emit Electro Magnetic Signals (EMS).
Dr Nambison has taken up the task to replicate and find novel physical properties of capturing electromagnetic signals from magnetic photons in homeopathy medicines and other test samples by collaborating with Dr HN Bhargav (Senior Principal Scientist) along with his team Dr Meraj Ahmed, Senior Scientist, Dr Sanjay Panthi, Dr SAR Hashmi, Dr AK Singh of the Highest scientific body for material research in the country CSIR, Council of Scientific and Industrial Research – Advanced Materials and Processes Research Institute (AMPRI), Bhopal.
The study is one of its kind and holds importance in the present day scenario of attacks and questions being raised on the high dilutions and its effects.
Analysis of the presence of magnetic photons in diluted homeopathic medicine or similar biological samples has been inspiring research for a few decades. Lenger in 2006 reported the presence of magnetic photons in homeopathic potencies using a magnetic resonance method in which two Tesla coils that generate longitudinal waves at distinct resonance frequencies at low micro voltages and the magnetic properties of potencies is determined.
Montagnier in 2007 discovered that a few bacterial and viral DNA arrangements produce low-frequency EM waves in rich aqueous dilutions.
This described phenomenon favors the development of highly precise detection systems for bacterial and viral infections.