I have found the inspiration behind inspiration

I am extensively researching and experimenting with a brain stimulant to understand what conditions are necessary for them to appear and enhance the mind beyond the average human capacity. This brain stimulant can provide a wonderful opportunity for the brain to conceptualise. They are like a trigger that allows the brain to work beyond convention by revealing hidden alternatives that alter our usual perception. I am particularly interested in understanding the neuronal association of visual and other types of sensory stimulants, that is, how they can be explained in terms of the electrophysiology and microanatomy of the stimulant against retinal and cortical networks that mediate information to the mind. My studies have been focused on:

• Size of stimulant
• Type of stimulant (ranging from type A, C, BE and mutated versions of it)
• Appearance of stimulant
• Relevance to creative solutions

I am also interested in the reactionary state of the human mind during exposure to these stimulants. In my experiments, I have used uninitiated individuals who were keen to rediscover some form inspiration for their gradually dying brain. I have conducted my research in my laboratory, funded partially by The Birlaj Institute of Science and Technology. I officially stopped my affiliation with the Dickson and Ruddock Laboratories at the California Institute of Technocraft in 1988 to pursue my own independent research, aided by my loyal assistant Waiyan and the Birlaj Institute, of course.

Neuroscience Study

Due to revolutions in molecular biology, neural networks and computational neuroscience, it has become possible to understand, in exquisite detail, the complex processes occurring inside a single neuron and in a network that eventually produces the intellectual behaviour, cognition and physiological responses.

I use tools from molecular biology and genetics to understand how neurons are born and die, and how genetic changes affect biological functions. The morphology, molecular identity and physiological characteristics of neurons and how they relate to different types of behaviour are also of considerable interest. The ways in which neurons and their connections are modified by experience are addressed at the physiological and cognitive levels.

The visual input from one eye (ocular dominance) processes lateral thinking signals in neurons to produce physiological functions that differ from the norm. It produces a hefty amount of signals that helps restructure ideas…