Slovak University of Technology in Bratislava
Facility of Chemical and Food Technology Report
Ivo Brachtl
November 2009
Advanced Tachyon Technologies and Slovak University of Technology in Bratislava team up!
I have always enjoyed science. I remember when I was in elementary school our science class conducted a simple yet eye-opening experiment. We took a bean, and placed it on a wet piece of cotton. As we watched over the course of a couple of days, the miracle of life sprouted right before our eyes. When we are young, such miracles have an effect, guiding our minds from the seed, to the soil, to the water that activates it and so on. Then with time, we often forget that miraculous moment that opened our eyes.
I share this simple story with you in order to set the stage for my journey. A journey that takes our imagination and insights back to that wondrous moment of discovery.
David Wagner, a professor of Transformational Science at the University of Integrated Science, California, sparked my journey in unpredictable ways. While teaching in Slovakia, sharing his wonderful insights and vision merged with his scientific breakthroughs and accomplishments, Prof. Wagner stirred the imagination of Ing. Eva Kaluzakova. Deeply touched by David’s teaching and her own experience of many of the Tachyonized materials including TLC bars, Eva began projecting the seemingly limitless possibilities of this forefront technology.
As an employee of the CVTISR (Science-Technical Information Centre of Slovak Republic), Eva introduced the ideas and potentials of Tachyonized materials to her colleagues within the Slovak Science Research Program. Soon the interest level rose along with curiosity and a sense of the possibilities. However, like most things, the germination was slow, taking almost a year to evolve into what appeared to be an unavoidable flowering into a ripe potentiality. Thus, the stage was set for the first meeting between Professor Wagner and top Slovak scientists.
News traveled quickly of Prof. Wagner's arrival in Bratislava in September 2009. A colleague of Eva Kaluzakova, Ing., Julius Forsthoffer, PhD., found scheduling a meeting of scientific minds both difficult and disappointing. Wagner's stay in Bratislava lasted only one day and the meeting could not be realized. Then after 4 weeks of intense workshops in Orava, Slovakia, Wagner was scheduled to once again return to Bratislava. He would arrive late Monday evening, and was scheduled to fly to the USA on Wednesday morning. This left only Tuesday available for meetings. This time it was Julius Forsthoffer who had scheduling conflicts. So it appeared that the germination of possibilities was about to be unrealized. How could this be? A flurry of phone calls and texts confirmed both Wagner’s and Forsthoffer’s sincere desire to realize an anticipated meeting. And then in a flash, all protocol dropped and a possibility was born. A meeting was set for 10:00PM Monday on the seventh floor in Ing. Forsthoffer’s flat in the heart of Bratislava. I was responsible for transportation, and drove Wagner, after 7 hours of teaching, 6.5 hours to Forsthoffer’s flat, arriving at 11:30 PM.
As I listened to the two scientists in energized conversation, I was utterly awed that these two, by mixing South American Spanish, English and Slovak found a way to share ideas and concepts confirming my own realization that there are no boundaries.
Forsthoffer was intrigued by the hidden potential Wagner's Technology could have on the scientific community. As the hours passed, Forsthoffer proposed to arrange a meeting with the top scientists at the Slovak University of Technology for the following day. As we left the meeting that night, I had an overwhelming feeling that I was part of history in the making.
The following morning's phone calls confirmed that a program including meetings and observations in Slovak scientific laboratories had been arranged.
Upon arrival at the Slovak University of Technology in Bratislava, Faculty of Chemical and Food Technology, we were met by Prof. Ing. Milan Hronec, Dr.Sc.
http://www.fchpt.stuba.sk/generate_page.php?page_id=782
The conversation was lively, as would be expected between two such minds. Prof. Hronec shared a global issue that his department had been exploring for several years, the breaking of two ionic bonds in CO2. To date, there have been no significant discoveries that have addressed this global issue responsible in part for the greenhouse effect in an economic light.
The closest solution Prof. Hronec's team had tested required an unacceptable level of energy in the form of heat to sever the ionic bonds. Prof. Wagner was invited into the laboratory where exact PPM measurements and testing of CO2 breakdown are routinely tested using state of the art equipment.
For some reason, Prof. Wagner was drawn to a specific apparatus developed by the university, and envisioned a possible Tachyon solution in the very core.
Prof. Wagner explained that if the Tachyonization™ technology is capable of affecting the process, the key lay in the very core of the device where the ionic bond was being broken. Wagner's offer to incorporate Tachyonized materials, both internally via custom Tachyonized structures, and externally, was enthusiastically embraced. And thus a cooperative endeavor between Advanced Tachyon Technologies and the Slovak University of Technology was realized.
Will Wagner's insights and special Tachyonized devices have the desired effect in lowering the temperature as the ionic bonds dissolve? If so, this would create a major leap forward in solving one of the planets major issues. This is very exciting and I will await the results impatiently.
However, what is even more exciting for me is the fact that global scientists are finally realizing that Tachyonization, although not completely understood, may hold the key to major discoveries. In my opinion, there are many global issues just waiting for this technology. Will Tachyonized materials dramatically change the environment of the reaction chamber?
In this moment, the seed which was placed on the wet cotton has evolved into a potential that could change our world. And believe you me, I am here to watch!