(The Maslow’s Pyramid and the Contoret Pyramid)

In order to make a smooth transition to monistic idealism, it is important to point out that the principles of material realism are metaphysical postulates. These are assumptions about the nature of being, and not conclusions from experiments.

The basis of classical science, including classical physics, is material realism.  Over the past 400 years, science has been relying on the basic principle of material realism. It has reached a number of achievements and today this movement is slowing down more and more, because it runs into contradictions between the principles of material realism, everyday life and practical experience in physical research. The starting point of material realism can be considered the mathematician and philosopher Rene Descartes, who came to the conclusion that the world can be thought of as a machine.

The contradictions between the scientific conservative approach to the creation and reality in our daily life is constantly increasing with a sense of approach to the "boiling point". We are confronted with the spiritual manifestation of life in everyday practice. We no longer adopt this spirituality to our life from books, but rather draw it from our own life experience.

We live in a world of abundancy. There is a plenty for everybody: green forests, tender sun, refreshing wind, , fragrant rains, anything a human being has ever needed to live in harmony with himself and his environment. Still, nowadays we are using more and more energy day by day. According to Deep web, the documentary featuring the impact of information technology on a mankind, actually there are more devices connected to the web than human beings that live on the Earth! Just imagine, how accelerated should be the rhythm of energy-production to keep it all working!

The Nobel Prize in Chemistry

…was awarded to Jacques Dubochet, Joachim Frank and Richard Henderson "for developing cryo-electron microscopy for the high-resolution structure determination of biomolecules in solution". We might soon be able to see detailed images of life’s complex processes in the atomic resolution. Cryo-electron microscopy simplifies and improves the process of biomolecules´ imaging. The discovery of this method has opened a new page in biochemistry.