Dr. Sarika Saxena received her Ph.D. in Biophysics from University of Delhi and Post Doctoral Fellow (PDF) from FIBER, Konan University, Japan. Her scientific areas of interest include Biophysics, Structural Biology, Functional Genomics and Nanobiotechnology. Her research focus is to understand the scientific basis of Physiological form of DNA and Higher Order Structures of DNA in the presence and absence of molecular crowding conditions. Her keen interest in research is to find out the origin of any diseases at the cellular level and to work on the principles to find out solutions for them mainly Neurodegenerative Diseases. She has published many research articles in various International Journals of high repute. Her extraordinary research achievement is to create an Artificial Nucleosome by optimizing every single step with her own efforts which opens a new field of Regenerative Medicine for toughest Genetic Diseases. Another significant achievement of her is to create a HEPNet (Human Energy Pool Network) model using System Biology Approach. This model was validated in various test conditions and helpful in identifying the multiple enzyme targets either involved in disease diagnosis, disease progression and suitable drug targets. She is working as Associate Professor and mentoring Master’s and Doctoral Students and running her independent research career.


Konstantin Korotkov is Professor of Physics at St. Petersburg National Research University of Informational Technologies, Mechanics and Optics in Russia and a senior researcher at St. Petersburg Research institute of Physical Culture and Sport. He has published over 200 papers in leading journals on physics and biology, and he holds 15 patents on biophysics inventions. Prof. Korotkov has led a research career for over 40 years, combining rigorous scientific method with an insatiable curiosity about things of the spirit and the soul with deep respect for all life. He has given lectures, seminars and training sessions in 56 countries, presenting papers and workshops at more than 100 national and international conferences. He is the author of 9 books, translated to many European languages, including «The Energy of Consciousness», «The Energy of Space», «Electrophotonic Analysis in Medicine», «Light after Life» and others. You may find some of them at Amazon.com. Dr Korotkov is recipient of several international prestigious awards, including the Brand Laureate International Brand Personality Award 2013 from Asia Pacific Brands Foundation, Ministry of Sport of Russia Award 2013, President of Sri-Lanka Award 2010 and others.At the V Congress of the International Union of Medical and Applied Bioelectrography (IUMAB) in Curitiba, Brasil, Dr.Korotkov was elected as President of the IUMAB by the world’s most prominent researchers. He is awarded with many Russian and international awards for his scientific achievements.

His technique, Electrophotonic Imaging (EPI), previously called Gas Discharge Visualization technique (GDV), is a breakthrough beyond Kirlian photography for direct, real-time viewing of the human energy system. This technology allows one to capture by a special camera the physical, emotional, mental and spiritual energy emanating to and from an individual, plants, liquids, powders, inanimate objects and translate this into a computerized model. This allows researcher and client to see imbalances that may be influencing an individual’s well-being greatly facilitating the diagnosis of the cause of any existing imbalances showing the area of the body and the organ systems involved. One of the greatest benefits to date is the ability to do “real-time” measurements of a variety of treatments for such conditions as cancer to determine which is the most appropriate for the client. The incredible implications for the diagnosis and treatment of physical, emotional, mental and spiritual conditions with applications in medicine, psychology, sound therapy, biophysics, genetics, forensic science, agriculture, ecology etc. have only just begun.More than 200 per-review papers are published on GDV in the world. The GDV technique is accepted by Russian Ministry of Health as a Medical technology and by Russian Ministry of Sport and one of the key technologies for sport, more than 1000 doctors, practitioners and researchers benefit from using this technology worldwide.


Zürcher Ernst is (until July 2016) professor for wood science and researcher at the Bern University of Applied Science and is still invited lecturer at the Swiss Federal Institute of Technology Lausanne (EPFL) and at the Swiss Federal Institute of Technology Zürich (ETHZ). He has vast experience in Biodynamic farming and Goethean Methodology. The research activities focus on tree vitality, spiral structures and chronobiology (rhythms in tree growth and wood properties).Formation as Forestry Engineer at the Swiss Federal Institute of Technology Zürich (ETH-Zürich). Dr. in Natural Sciences at the same institute (thesis on tree morphology and wood anatomy). Research activities on tree vitality, spiral grain and chronobiology (rhythms in tree growth and wood properties). Project leader of the Swiss Development Cooperation with 4 years activity in Africa / Rwanda (different research projects based on a national research institute, dealing with natural forest dynamics, plantation silviculture, agroforestry and seed technology).Since 2001: Professor and Researcher at the Berner Fachhochschule / University of Applied Science, School of Achitecture, Civil and Wood Engineering AHB – Division of Wood Engineering in Biel (Switzerland). Research projects on temperate and tropical wood biology, anatomy, physics and technology, natural wood protection and on the role of felling date on wood properties.


Nigel Dyer, Excellent Researcher in system biology with outstanding contribution in Bioinformatics and He supported number of research projects within the school of life sciences in Warwick System Biology Centre, Warwick University, U.K. He had carried out lots of research funded projects arising independently and in collaboration with renowned research scientists. His area of research specializations are Systems medicine of chronic inflammatory bowel disease, analysis of the mechanism for coupled transition in cellular virus mRNAs, Unr–master regulator of mRNA translation and early pregnancy loss. He has array of publications pertaining to genomic data visualization.