Changlin Zhang

Changlin Zhang is a 1) Former Professor of Biophysics of the College of Life Science, Zhejiang University, Hangzhou, China; 2) Visiting Professor in the Department of Music Education and Music Therapy, Siegen University, Siegen, Germany; 3) Advisor of the Center for Frontier Sciences at Temple University, Philadelphia, United States; 4) Editor-in-Chief of International Journal of Physiotherapy and Life Physics, by Inderscience Publisher in Geneva, Switzerland.

Professor Zhang’s research work includes the following:

As a biophysicist, Professor Changlin Zhang specialises in the scientific research of the electromagnetic fields in living systems and the quantitative evaluation of coherence therein.

Prof. Zhang’s research found that a living system’s electromagnetic field has a relatively stable heterogeneous distribution - for instance, inside a human body. Further, he found that this relatively stable heterogeneous distribution of energy is, to some extent, related to the mysterious chakras in traditional Indian Medicine and the mysterious acupuncture meridians and points in traditional Chinese Medicine.

Prof. Zhang also found that the relatively stable heterogeneous distribution of a system’s electromagnetic field is an invisible dissipative structure, which is mainly composed of electromagnetic standing waves. For example, inside a human body, there is a “internal aura”, which is mainly made of invisible electromagnetic waves – the same “internal aura” that was somehow found by ancient Indian and ancient Chinese people from different perspectives.

The “internal aura” is the “light” source of the “external aura” that is around our bodies and other living creatures. Further, there is also an invisible dissipative structure of electromagnetic fields in our environment and in our universe, fields that strongly influences our body, our mind and our spirit via the dissipative structure of electromagnetic field inside our bodies.

Besides this discovery, Prof. Zhang also found the mathematical, physical and physiological background of coherence in living systems. The definition of the coherent state of a system is that all elements in this system are independent from one another, but at the same time, these same elements have all possibilities to cooperate with all others.

The coherent state of a system could be quantitatively described and calculated by mathematics, and deal with the measurement data not only of a human body, but also a group of people, a social system, a financial system, an economic system and an ecological system etc. to evaluate the quality of the system from the viewpoint of coherence and cooperation.

For more details, please visit Professor Zhang’s personal website www.coherency.de

Dr Zhu’s research, please visit his Cranfield University profile page http://www.cranfield.ac.uk/health/abouttheschool/people/page8165.html