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BEST IDEA-CREATION METHODS. PART 2

The Matrix of Opportunities

This technique is also known as the method of morphological analysis of Fritz Zwicky. In essence, it consists in coming up with as many solutions for particular parts of the problem as possible and combining them randomly. Here are the guidelines:

 

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NEUROBIOLOGIST ESTANISLAO BACHRACH ON INSIGHTS AND THE MYSTERIES OF THE SUBCONSCIOUS

Our nervous system is designed in such a way that inventing something new stimulates pleasure centers. And it does not matter what genes do you have. Everyone can be creative.

 

Molecular biologist, neuropsychologist, Ph.D. Estanislao Bachrach explains that there are methods by which you can get more insights and intuitive breakthroughs. Here are 15 quotes from his bestseller "The Agile Mind: How Your Brain Makes Creativity Happen " that I kindly present to your attention.

 

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INEVITABILITY. PART 2

In fact, all EVITABILITIES were born in our minds and are now guided by our own thoughts!

 

It’s not a dilemma what came first: chicken or egg. Here it’s a clearly marked sequence: thought gives birth to reality; action gives birth to reaction. No one except ourselves can manage and control this space. It belongs to the category of invisible processes. But don’t confuse the invisible with the imperceptible and unreal! Very tangible and real are the results of our own thoughts.

 

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INEVITABILITY

What is INEVITABILITY? It is a set of concepts that do not depend on us, on our perception, desire, willpower. For inevitability, for example, death refers. We all will die someday... Another example of inevitability is the process of growing up – maturing – aging. This is given from the beginning (not by us!) and continues till the very end (we do not know when it will come!). The basis of inevitability is beyond our control, and to be honest, it is beyond our understanding. It is a fact.

 

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WORDS BRING DEAD CELLS BACK TO LIFE

Scientists proved that words can revive dead cells. Back in 1949 Enrico Fermi, Ulam and Pasta were investigating nonlinear systems. These oscillatory systems were acting unusual under certain conditions. They were able to memorize conditions to which they had been exposed and this information was stored within the system for quite a long time. One of the typical examples oscillatory systems is the RNA that stores the information memory of the body. Solitons are also endowed with memory that can exceed any modern computer in accuracy.

 

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