
Albert Einstein already suspected at the turn of the century that it was not ozone that made his lung-sick relative healthy, as was claimed at his stay at the sanatorium in the Swiss Alps. That prompted Einstein to start researching the absorption of light by oxygen.
Let's take it from the beginning. In Switzerland around the turn of the century there were many sanatoriums for TB patients up in the mountains. The results were particularly good in the city of Davos and it was considered that it was the ozone-rich mountain air that was healthy and that made the patients healthy. Scientist Albert Einstein had a lung-sick relative who was prescribed to stay in a sanatorium in the mountains. Einstein, who knew that ozone was harmful, was extremely upset and considered that exposing severely lung sick people to ozone was tantamount to murder. Because their lungs were already damaged, the chances would be minimal that they would survive the treatment, according to him. However, the relative became healthy and so Einstein understood that it could hardly be ozone that was the constituent of mountain air that made patients healthy.
Einstein began researching the absorption of light by oxygen and, together with PC Habicht, creates an instrument for producing ions — the Potential Multiplier. After some time, the research done by Einstein will form the basis for the work of Professor Tschischevsky at the Institute of Air Ionization in Moscow in the 30s. Then it is found that oxygen clusters with 10—60 oxygen molecules exist and that they are formed under the influence of the sun in the biosphere. The distribution between the formation of oxygen clusters and ozone turns out to be 99 to 1. In 1937, Professor Tschichevsky notes that there are oxygen clusters in hemoglobin (a protein that accounts for oxygen transport in the blood).
Dr. J Habicht, who is active today, and also PC Habicht's son, has a theory that once the oxygen bulbs get into the lungs and blood, they can kill TB from the inside.
Natural purification and disinfection of air with oxygen channels brings positive health effects — Good indoor air quality through ionization. Ulla Holmgren.