Inside the Brain
First Principal Thinking requires us to break down the problem into the most basic factors and then try to deduce a solution by creating relationships between factors. The first factor of the Idea Generation Process is the human brain. As we will use it for developing mental models. Which makes understanding the brain functions and properties crucial for efficient use. Hence, here we will break down what happens inside the brain as we think.
There are two categories that we will explore where first is understanding How Brain Works and then the Role of Memories in Idea Generation. The first topic discusses the physical attributes like the Role of Neurons, Structure, Nature and how the brain manages Energy. The second category discusses how memories are treated inside our brain, the role of Hippocampus and the relationship between computers and the Human Brain.
1. How Does Our Brain Work As We Think?
Looking at the brain from front reveals that it has two halves Left brain and Right brain. Here left brain is logical and analytical, and the right brain is creative and expressive. This means that Left brain is responsible for processing numerical and logical decisions, whereas the right brain is responsible for generating creative ideas, process emotions and speech. These two polar opposite functions of the brain develop complex and unique concoctions of ideas and behaviors that together make up our personalities.
1.1. Role of Neurons
Generation of thoughts happen somewhere deep into the microscopic world of brain, that is made up of tiny special cells called neurons. These neurons are firing and communicating with their neighboring neurons all the time. As we reach this microscopic world, we see that neurons are packed very closely with each other. Their packing style is completely random. An amorphous structure as we call it in molecular science.
1.2 Energy Requirements of the Brain
A human brain on average consumer approximately 20% of the body’s energy. The extra energy requirement is understandable as it must manage a lot of conscious and unconscious functions like breathing, thinking, digestive system etc. Even with so much allocated energy, the brain must conserve energy and use the allocated energy wisely. The smart management of the energy can be understood by understanding how memories are stored in our brain.
2. Role of Memory in Idea Generation
Memories play a crucial role in generation of new ideas. New ideas are a random concoction of short-term memories in subconscious mind and long-term memories in Cerebrum. As we logically organize the random thoughts in our subconscious mind on top of the existing memories, we can merge different ideas together and develop new ideas. Hippocampus is an organ in our brain that is responsible for storing and recollection of memories.
2.1. Hippocampus - Memory Controller of the Brain
Hippocampus disserves a spotlight as we discuss about the operation of human brain. It is the brain’s memory controller. Storing the memories, deciding which memories are useful, discarding the unwanted memories etc. are some of the functions of Hippocampus. This small but mighty region that plays a crucial role in weaving together the tapestry of your experiences. Click on the button below to understand the science behind memory consolidation and recall.
2.2 Computers and Human Memory Relationship
Human brain and Computer memory may sound polar opposite topics, yet we are able to draw some parallels between the two. Computers have a Lenoir memory storage system where the information is stored in tiny transistors. Similarly, the information in our brain is stored in tiny cells called neurons. Both have their own memory management systems and memory control systems.
Conclusion
Delving “Inside the Brain” reveals the intricate workings of the human mind, a critical component in the Idea Generation Process. Employing the principles of First Principal Thinking, the exploration of “How Brain Works” illuminates the dual nature of the left and right brain, showcasing the synergy between logical analysis and creative expression. The microscopic realm of neurons unfolds as the epicenter of thought generation, illustrating the randomness and complexity inherent in the brain’s molecular structure. Notably, the brain’s energy requirement and management underscore the need for judicious use of resources. “Role of Memories in Idea Generation” elucidates the pivotal role played by memories, with the Hippocampus emerging as the memory controller, weaving together past experiences to generate novel ideas. The unexpected parallel between “Computers and Human Memory Relationship” emphasizes the remarkable similarities in memory storage and management systems. In essence, understanding the brain’s intricacies enhances the efficiency of the Idea Generation Process, providing a solid foundation for the development of innovative and thoughtful ideas.